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// cc6[ebkID] = chap mod title; mod may change due to how ebook is built
var cc6 = new Array();
cc6["0100"] = ["01","", "Chapter 1: Biology: Exploring Life"]
cc6["0100q"] = ["01","", "Chapter 1 Opening Essay"]// different naming convention for the quizzes
cc6["0101"] = ["01","01","Themes in the Study of Biology"]
cc6["010101"] = ["01","01","Module 1.1"]
cc6["010102"] = ["01","02","Module 1.2"]
cc6["010103"] = ["01","03","Module 1.3"]
cc6["0102"] = ["01","04","Evolution: The Core Theme of Biology"]
cc6["010204"] = ["01","04","Module 1.4"]
cc6["010205"] = ["01","05","Module 1.5"]
cc6["010206"] = ["01","06","Module 1.6"]
cc6["0103"] = ["01","07","The Process of Science"]
cc6["010307"] = ["01","07","Module 1.7"]
cc6["010308"] = ["01","08","Module 1.8"]
cc6["0104"] = ["01","09","Biology and Everyday Life"]
cc6["010409"] = ["01","09","Module 1.9"]
cc6["010410"] = ["01","10","Module 1.10"]

cc6["0200"] = ["02","","Chapter 2: The Chemical Basis of Life"]
cc6["0200q"] = ["02","","Chapter 2 Opening Essay"] // different naming convention for the quizzes
cc6["0201"] = ["02","01","Elements, Atoms, and Molecules"]
cc6["020101"] = ["02","01","Module 2.1"]
cc6["020102"] = ["02","02","Module 2.2"]
cc6["020103"] = ["02","03","Module 2.3"]
cc6["020104"] = ["02","04","Module 2.4"]
cc6["020105"] = ["02","05","Module 2.5"]
cc6["020106"] = ["02","06","Module 2.6"]
cc6["020107"] = ["02","07","Module 2.7"]
cc6["020108"] = ["02","08","Module 2.8"]
cc6["020109"] = ["02","09","Module 2.9"]
cc6["020110"] = ["02","10","Module 2.10"]
cc6["0202"] = ["02","11","Water's Life Supporting Properties"]
cc6["020211"] = ["02","11","Module 2.11"]
cc6["020212"] = ["02","12","Module 2.12"]
cc6["020213"] = ["02","13","Module 2.13"]
cc6["020214"] = ["02","14","Module 2.14"]
cc6["020215"] = ["02","15","Module 2.15"]
cc6["020216"] = ["02","16","Module 2.16"]
cc6["020217"] = ["02","17","Module 2.17"]
cc6["0203"] = ["02","18","Chemical Reactions"]
cc6["020318"] = ["02","18","Module 2.18"]

cc6["0300"] = ["03","","Chapter 3: The Molecules of Cells"]
cc6["0301"] = ["03","01","Introduction to Organic Compounds"]
cc6["030101"] = ["03","01","Module 3.1"]
cc6["030102"] = ["03","02","Module 3.2"]
cc6["030103"] = ["03","03","Module 3.3"]
cc6["0302"] = ["03","04","Carbohydrates"]
cc6["030204"] = ["03","04","Module 3.4"]
cc6["030205"] = ["03","05","Module 3.5"]
cc6["030206"] = ["03","06","Module 3.6"]
cc6["030207"] = ["03","07","Module 3.7"]
cc6["0303"] = ["03","08","Lipids"]
cc6["030308"] = ["03","08","Module 3.8"]
cc6["030309"] = ["03","09","Module 3.9"]
cc6["030310"] = ["03","10","Module 3.10"]
cc6["0304"] = ["03","11","Proteins"]
cc6["030411"] = ["03","11","Module 3.11"]
cc6["030412"] = ["03","12","Module 3.12"]
cc6["030413"] = ["03","13","Module 3.13"]
cc6["030414"] = ["03","14","Module 3.14"]
cc6["030415"] = ["03","15","Module 3.15"]
cc6["0305"] = ["03","16","Nucleic Acids"]
cc6["030516"] = ["03","16","Module 3.16"]
cc6["030517"] = ["03","17","Module 3.17"]



cc6["0400"] = ["04","","Chapter 4: A Tour of the Cell"]
cc6["0401"] = ["04","01","Introduction to the Cell"]
cc6["040101"] = ["04","01","Module 4.1"]
cc6["040102"] = ["04","02","Module 4.2"]
cc6["040103"] = ["04","03","Module 4.3"]
cc6["040104"] = ["04","04","Module 4.4"]
cc6["040105"] = ["04","05","Module 4.5"]
cc6["0402"] = ["04","06","Cell Structures Involved in Manufacturing and Breakdown"]
cc6["040206"] = ["04","06","Module 4.6"]
cc6["040207"] = ["04","07","Module 4.7"]
cc6["040208"] = ["04","08","Module 4.8"]
cc6["040209"] = ["04","09","Module 4.9"]
cc6["040210"] = ["04","10","Module 4.10"]
cc6["040211"] = ["04","11","Module 4.11"]
cc6["040212"] = ["04","12","Module 4.12"]
cc6["040213"] = ["04","13","Module 4.13"]
cc6["0403"] = ["04","14","Energy-Converting Organelles"]
cc6["040314"] = ["04","14","Module 4.14"]
cc6["040315"] = ["04","15","Module 4.15"]
cc6["040316"] = ["04","16","Module 4.16"]
cc6["0404"] = ["04","17","Internal and External Support: The Cytoskeleton and Cell Surfaces"]
cc6["040417"] = ["04","17","Module 4.17"]
cc6["040418"] = ["04","18","Module 4.18"]
cc6["040419"] = ["04","19","Module 4.19"]
cc6["040420"] = ["04","20","Module 4.20"]
cc6["040421"] = ["04","21","Module 4.21"]
cc6["040422"] = ["04","22","Module 4.22"]
cc6["0405"] = ["04","23","Functional Categories of Cell Structures"]
cc6["040523"] = ["04","23","Module 4.23"]

cc6["0500"] = ["05","","Chapter 5: The Working Cell"]
cc6["0501"] = ["05","01","Membrane Structure and Function"]
cc6["050101"] = ["05","01","Module 5.1"]
cc6["050102"] = ["05","02","Module 5.2"]
cc6["050103"] = ["05","03","Module 5.3"]
cc6["050104"] = ["05","04","Module 5.4"]
cc6["050105"] = ["05","05","Module 5.5"]
cc6["050106"] = ["05","06","Module 5.6"]
cc6["050107"] = ["05","07","Module 5.7"]
cc6["050108"] = ["05","08","Module 5.8"]
cc6["050109"] = ["05","09","Module 5.9"]
cc6["0502"] = ["05","10","Energy and the Cell"]
cc6["050210"] = ["05","10","Module 5.10"]
cc6["050211"] = ["05","11","Module 5.11"]
cc6["050212"] = ["05","12","Module 5.12"]
cc6["050213"] = ["05","13","Module 5.13"]
cc6["0503"] = ["05","14","How Enzymes Function"]
cc6["050314"] = ["05","14","Module 5.14"]
cc6["050315"] = ["05","15","Module 5.15"]
cc6["050316"] = ["05","16","Module 5.16"]

cc6["0600"] = ["06","","Chapter 6: How Cells Harvest Chemical Energy"]
cc6["0601"] = ["06","01","Introduction to Cellular Respiration"]
cc6["060101"] = ["06","01","Module 6.1"]
cc6["060102"] = ["06","02","Module 6.2"]
cc6["060103"] = ["06","03","Module 6.3"]
cc6["060104"] = ["06","04","Module 6.4"]
cc6["060105"] = ["06","05","Module 6.5"]
cc6["0602"] = ["06","06","Stages of Cellular Respiration and Fermentation"]
cc6["060206"] = ["06","06","Module 6.6"]
cc6["060207"] = ["06","07","Module 6.7"]
cc6["060208"] = ["06","08","Module 6.8"]
cc6["060209"] = ["06","09","Module 6.9"]
cc6["060210"] = ["06","10","Module 6.10"]
cc6["060211"] = ["06","11","Module 6.11"]
cc6["060212"] = ["06","12","Module 6.12"]
cc6["060213"] = ["06","13","Module 6.13"]
cc6["060214"] = ["06","14","Module 6.14"]
cc6["0603"] = ["06","15","Interconnections Between Molecular Breakdown and Synthesis"]
cc6["060315"] = ["06","15","Module 6.15"]
cc6["060316"] = ["06","16","Module 6.16"]

cc6["0700"] = ["07","","Chapter 7: Photosynthesis: Using Light to Make Food"]
cc6["0700q"] = ["07","","Chapter 7 Opening Essay"]// different naming convention for the quizzes
cc6["0701"] = ["07","01","An Overview of Photosynthesis"]
cc6["070101"] = ["07","01","Module 7.1"]
cc6["070102"] = ["07","02","Module 7.2"]
cc6["070103"] = ["07","03","Module 7.3"]
cc6["070104"] = ["07","04","Module 7.4"]
cc6["070105"] = ["07","05","Module 7.5"]
cc6["0702"] = ["07","06","The Light Reactions: Converting Solar Energy to Chemical Energy"]
cc6["070206"] = ["07","06","Module 7.6"]
cc6["070207"] = ["07","07","Module 7.7"]
cc6["070208"] = ["07","08","Module 7.8"]
cc6["070209"] = ["07","09","Module 7.9"]
cc6["0703"] = ["07","10","The Calvin Cycle: Converting CO<sub>2</sub> to Sugars"]
cc6["070310"] = ["07","10","Module 7.10"]
cc6["0704"] = ["07","11","Photosynthesis Reviewed and Extended"]
cc6["070411"] = ["07","11","Module 7.11"]
cc6["070412"] = ["07","12","Module 7.12"]
cc6["0705"] = ["07","13","Photosynthesis, Solar Radiation, and Earth's Atmosphere"]
cc6["070513"] = ["07","13","Module 7.13"]
cc6["070514"] = ["07","14","Module 7.14"]

cc6["0800"] = ["08","","Chapter 8: The Cellular Basis of Reproduction and Inheritance"]
cc6["0801"] = ["08","01","Connections Between Cell Division and Reproduction"]
cc6["080101"] = ["08","01","Module 8.1"]
cc6["080102"] = ["08","02","Module 8.2"]
cc6["080103"] = ["08","03","Module 8.3"]
cc6["0802"] = ["08","04","The Eukaryotic Cell Cycle and Mitosis"]
cc6["080204"] = ["08","04","Module 8.4"]
cc6["080205"] = ["08","05","Module 8.5"]
cc6["080206"] = ["08","06","Module 8.6"]
cc6["080207"] = ["08","07","Module 8.7"]
cc6["080208"] = ["08","08","Module 8.8"]
cc6["080209"] = ["08","09","Module 8.9"]
cc6["080210"] = ["08","10","Module 8.10"]
cc6["080211"] = ["08","11","Module 8.11"]
cc6["0803"] = ["08","12","Meiosis and Crossing Over"]
cc6["080312"] = ["08","12","Module 8.12"]
cc6["080313"] = ["08","13","Module 8.13"]
cc6["080314"] = ["08","14","Module 8.14"]
cc6["080315"] = ["08","15","Module 8.15"]
cc6["080316"] = ["08","16","Module 8.16"]
cc6["080317"] = ["08","17","Module 8.17"]
cc6["080318"] = ["08","18","Module 8.18"]
cc6["0804"] = ["08","19","Alterations of Chromosome Number and Structure"]
cc6["080419"] = ["08","19","Module 8.19"]
cc6["080420"] = ["08","20","Module 8.20"]
cc6["080421"] = ["08","21","Module 8.21"]
cc6["080422"] = ["08","22","Module 8.22"]
cc6["080423"] = ["08","23","Module 8.23"]
cc6["080424"] = ["08","24","Module 8.24"]

cc6["0900"] = ["09","","Chapter 9: Patterns of Inheritance"]
cc6["0901"] = ["09","01","Mendel's Laws"]
cc6["090101"] = ["09","01","Module 9.1"]
cc6["090102"] = ["09","02","Module 9.2"]
cc6["090103"] = ["09","03","Module 9.3"]
cc6["090104"] = ["09","04","Module 9.4"]
cc6["090105"] = ["09","05","Module 9.5"]
cc6["090106"] = ["09","06","Module 9.6"]
cc6["090107"] = ["09","07","Module 9.7"]
cc6["090108"] = ["09","08","Module 9.8"]
cc6["090109"] = ["09","09","Module 9.9"]
cc6["090110"] = ["09","10","Module 9.10"]
cc6["0902"] = ["09","11","Variations on Mendel's Laws"]
cc6["090211"] = ["09","11","Module 9.11"]
cc6["090212"] = ["09","12","Module 9.12"]
cc6["090213"] = ["09","13","Module 9.13"]
cc6["090214"] = ["09","14","Module 9.14"]
cc6["090215"] = ["09","15","Module 9.15"]
cc6["0903"] = ["09","16","The Chromosomal Basis of Inheritance"]
cc6["090316"] = ["09","16","Module 9.16"]
cc6["090317"] = ["09","17","Module 9.17"]
cc6["090318"] = ["09","18","Module 9.18"]
cc6["090319"] = ["09","19","Module 9.19"]
cc6["0904"] = ["09","20","Sex Chromosomes and Sex-Linked Genes"]
cc6["090420"] = ["09","20","Module 9.20"]
cc6["090421"] = ["09","21","Module 9.21"]
cc6["090422"] = ["09","22","Module 9.22"]
cc6["090423"] = ["09","23","Module 9.23"]

cc6["1000"] = ["10","","Chapter 10: Molecular Biology of the Gene"]
cc6["1001"] = ["10","01","The Structure of the Genetic Material"]
cc6["100101"] = ["10","01","Module 10.1"]
cc6["100102"] = ["10","02","Module 10.2"]
cc6["100103"] = ["10","03","Module 10.3"]
cc6["1002"] = ["10","04","DNA Replication"]
cc6["100204"] = ["10","04","Module 10.4"]
cc6["100205"] = ["10","05","Module 10.5"]
cc6["1003"] = ["10","06","The Flow of Genetic Information from DNA to RNA to Protein"]
cc6["100306"] = ["10","06","Module 10.6"]
cc6["100307"] = ["10","07","Module 10.7"]
cc6["100308"] = ["10","08","Module 10.8"]
cc6["100309"] = ["10","09","Module 10.9"]
cc6["100310"] = ["10","10","Module 10.10"]
cc6["100311"] = ["10","11","Module 10.11"]
cc6["100312"] = ["10","12","Module 10.12"]
cc6["100313"] = ["10","13","Module 10.13"]
cc6["100314"] = ["10","14","Module 10.14"]
cc6["100315"] = ["10","15","Module 10.15"]
cc6["100316"] = ["10","16","Module 10.16"]
cc6["1004"] = ["10","17","Microbial Genetics"]
cc6["100417"] = ["10","17","Module 10.17"]
cc6["100418"] = ["10","18","Module 10.18"]
cc6["100419"] = ["10","19","Module 10.19"]
cc6["100420"] = ["10","20","Module 10.20"]
cc6["100421"] = ["10","21","Module 10.21"]
cc6["100422"] = ["10","22","Module 10.22"]
cc6["100423"] = ["10","23","Module 10.23"]

cc6["1100"] = ["11","","Chapter 11: How Genes are Controlled"]
cc6["1101"] = ["11","01","Control of Gene Expression"]
cc6["110101"] = ["11","01","Module 11.1"]
cc6["110102"] = ["11","02","Module 11.2"]
cc6["110103"] = ["11","03","Module 11.3"]
cc6["110104"] = ["11","04","Module 11.4"]
cc6["110105"] = ["11","05","Module 11.5"]
cc6["110106"] = ["11","06","Module 11.6"]
cc6["110107"] = ["11","07","Module 11.7"]
cc6["110108"] = ["11","08","Module 11.8"]
cc6["110109"] = ["11","09","Module 11.9"]
cc6["110110"] = ["11","10","Module 11.10"]
cc6["110111"] = ["11","11","Module 11.11"]
cc6["110112"] = ["11","12","Module 11.12"]
cc6["110113"] = ["11","13","Module 11.13"]
cc6["1102"] = ["11","14","Cloning of Plants and Animals"]
cc6["110214"] = ["11","14","Module 11.14"]
cc6["110215"] = ["11","15","Module 11.15"]
cc6["110216"] = ["11","16","Module 11.16"]
cc6["110217"] = ["11","17","Module 11.17"]
cc6["1103"] = ["11","18","The Genetic Basis of Cancer"]
cc6["110318"] = ["11","18","Module 11.18"]
cc6["110319"] = ["11","19","Module 11.19"]
cc6["110320"] = ["11","20","Module 11.20"]
cc6["110321"] = ["11","21","Module 11.21"]

cc6["1200"] = ["12","","Chapter 12: DNA Technology and Genomics"]
cc6["1201"] = ["12","01","Gene Cloning"]
cc6["120101"] = ["12","01","Module 12.1"]
cc6["120102"] = ["12","02","Module 12.2"]
cc6["120103"] = ["12","03","Module 12.3"]
cc6["120104"] = ["12","04","Module 12.4"]
cc6["120105"] = ["12","05","Module 12.5"]
cc6["1202"] = ["12","06","Genetically Modified Organisms"]
cc6["120206"] = ["12","06","Module 12.6"]
cc6["120207"] = ["12","07","Module 12.7"]
cc6["120208"] = ["12","08","Module 12.8"]
cc6["120209"] = ["12","09","Module 12.9"]
cc6["120210"] = ["12","10","Module 12.10"]
cc6["1203"] = ["12","11","DNA Profiling"]
cc6["120311"] = ["12","11","Module 12.11"]
cc6["120312"] = ["12","12","Module 12.12"]
cc6["120313"] = ["12","13","Module 12.13"]
cc6["120314"] = ["12","14","Module 12.14"]
cc6["120315"] = ["12","15","Module 12.15"]
cc6["120316"] = ["12","16","Module 12.16"]
cc6["1204"] = ["12","17","Genomics"]
cc6["120417"] = ["12","17","Module 12.17"]
cc6["120418"] = ["12","18","Module 12.18"]
cc6["120419"] = ["12","19","Module 12.19"]
cc6["120420"] = ["12","20","Module 12.20"]
cc6["120421"] = ["12","21","Module 12.21"]

cc6["1300"] = ["13","","Chapter 13: How Populations Evolve"]
cc6["1300q"] = ["13","","Chapter 13 Opening Essay"]// different naming convention for the quizzes
cc6["1301"] = ["13","01","Darwin's Theory of Evolution"]
cc6["130101"] = ["13","01","Module 13.1"]
cc6["130102"] = ["13","02","Module 13.2"]
cc6["130103"] = ["13","03","Module 13.3"]
cc6["130104"] = ["13","04","Module 13.4"]
cc6["130105"] = ["13","05","Module 13.5"]
cc6["130106"] = ["13","06","Module 13.6"]
cc6["1302"] = ["13","07","The Evolution of Populations"]
cc6["130207"] = ["13","07","Module 13.7"]
cc6["130208"] = ["13","08","Module 13.8"]
cc6["130209"] = ["13","09","Module 13.9"]
cc6["130210"] = ["13","10","Module 13.10"]
cc6["1303"] = ["13","11","Mechanisms of Microevolution"]
cc6["130311"] = ["13","11","Module 13.11"]
cc6["130312"] = ["13","12","Module 13.12"]
cc6["130313"] = ["13","13","Module 13.13"]
cc6["130314"] = ["13","14","Module 13.14"]
cc6["130315"] = ["13","15","Module 13.15"]
cc6["130316"] = ["13","16","Module 13.16"]
cc6["130317"] = ["13","17","Module 13.17"]

cc6["1400"] = ["14","","Chapter 14: The Origin of Species"]
cc6["1400q"] = ["14","","Chapter 14 Opening Essay"]// different naming convention for the quizzes
cc6["1401"] = ["14","01","Concepts of Species"]
cc6["140101"] = ["14","01","Module 14.1"]
cc6["140102"] = ["14","02","Module 14.2"]
cc6["140103"] = ["14","03","Module 14.3"]
cc6["1402"] = ["14","04","Mechanisms of Speciation"]
cc6["140204"] = ["14","04","Module 14.4"]
cc6["140205"] = ["14","05","Module 14.5"]
cc6["140206"] = ["14","06","Module 14.6"]
cc6["140207"] = ["14","07","Module 14.7"]
cc6["140208"] = ["14","08","Module 14.8"]
cc6["140209"] = ["14","09","Module 14.9"]
cc6["140210"] = ["14","10","Module 14.10"]
cc6["140211"] = ["14","11","Module 14.11"]

cc6["1500"] = ["15","","Chapter 15: Tracing Evolutionary History"]
cc6["1501"] = ["15","01","Early Earth and the Origin of Life"]
cc6["150101"] = ["15","01","Module 15.1"]
cc6["150102"] = ["15","02","Module 15.2"]
cc6["150103"] = ["15","03","Module 15.3"]
cc6["1502"] = ["15","04","Major Events in the History of Life"]
cc6["150204"] = ["15","04","Module 15.4"]
cc6["150205"] = ["15","05","Module 15.5"]
cc6["150206"] = ["15","06","Module 15.6"]
cc6["1503"] = ["15","07","Mechanisms of Macroevolution"]
cc6["150307"] = ["15","07","Module 15.7"]
cc6["150308"] = ["15","08","Module 15.8"]
cc6["150309"] = ["15","09","Module 15.9"]
cc6["150310"] = ["15","10","Module 15.10"]
cc6["150311"] = ["15","11","Module 15.11"]
cc6["150312"] = ["15","12","Module 15.12"]
cc6["150313"] = ["15","13","Module 15.13"]
cc6["1504"] = ["15","14","Phylogeny and the Tree of Life"]
cc6["150414"] = ["15","14","Module 15.14"]
cc6["150415"] = ["15","15","Module 15.15"]
cc6["150416"] = ["15","16","Module 15.16"]
cc6["150417"] = ["15","17","Module 15.17"]
cc6["150418"] = ["15","18","Module 15.18"]
cc6["150419"] = ["15","19","Module 15.19"]

cc6["1600"] = ["16","","Chapter 16: The Origin and Evolution of Microbial Life: Prokaryotes and Protists"]
cc6["1600q"] = ["16","","Chapter 16 Opening Essay"]// different naming convention for the quizzes
cc6["1601"] = ["16","01","Prokaryotes"]
cc6["160101"] = ["16","01","Module 16.1"]
cc6["160102"] = ["16","02","Module 16.2"]
cc6["160103"] = ["16","03","Module 16.3"]
cc6["160104"] = ["16","04","Module 16.4"]
cc6["160105"] = ["16","05","Module 16.5"]
cc6["160106"] = ["16","06","Module 16.6"]
cc6["160107"] = ["16","07","Module 16.7"]
cc6["160108"] = ["16","08","Module 16.8"]
cc6["160109"] = ["16","09","Module 16.9"]
cc6["160110"] = ["16","10","Module 16.10"]
cc6["1602"] = ["16","11","Protists"]
cc6["160211"] = ["16","11","Module 16.11"]
cc6["160212"] = ["16","12","Module 16.12"]
cc6["160213"] = ["16","13","Module 16.13"]
cc6["160214"] = ["16","14","Module 16.14"]
cc6["160215"] = ["16","15","Module 16.15"]
cc6["160216"] = ["16","16","Module 16.16"]
cc6["160217"] = ["16","17","Module 16.17"]
cc6["160218"] = ["16","18","Module 16.18"]
cc6["160219"] = ["16","19","Module 16.19"]
cc6["160220"] = ["16","20","Module 16.20"]
cc6["160221"] = ["16","21","Module 16.21"]

cc6["1700"] = ["17","","Chapter 17: Plants, Fungi, and the Colonization of Land"]
cc6["1700q"] = ["17","","Chapter 17 Opening Essay"]// different naming convention for the quizzes
cc6["1701"] = ["17","01","Plant Evolution and Diversity"]
cc6["170101"] = ["17","01","Module 17.1"]
cc6["170102"] = ["17","02","Module 17.2"]
cc6["1702"] = ["17","03","Alternations of Generations and Plant Life Cycles"]
cc6["170203"] = ["17","03","Module 17.3"]
cc6["170204"] = ["17","04","Module 17.4"]
cc6["170205"] = ["17","05","Module 17.5"]
cc6["170206"] = ["17","06","Module 17.6"]
cc6["170207"] = ["17","07","Module 17.7"]
cc6["170208"] = ["17","08","Module 17.8"]
cc6["170209"] = ["17","09","Module 17.9"]
cc6["170210"] = ["17","10","Module 17.10"]
cc6["170211"] = ["17","11","Module 17.11"]
cc6["170212"] = ["17","12","Module 17.12"]
cc6["170213"] = ["17","13","Module 17.13"]
cc6["1703"] = ["17","14","Fungi"]
cc6["170314"] = ["17","14","Module 17.14"]
cc6["170315"] = ["17","15","Module 17.15"]
cc6["170316"] = ["17","16","Module 17.16"]
cc6["170317"] = ["17","17","Module 17.17"]
cc6["170318"] = ["17","18","Module 17.18"]
cc6["170319"] = ["17","19","Module 17.19"]
cc6["170320"] = ["17","20","Module 17.20"]
cc6["170321"] = ["17","21","Module 17.21"]
cc6["170322"] = ["17","22","Module 17.22"]

cc6["1800"] = ["18","","Chapter 18: The Evolution of Invertebrate Diversity"]
cc6["1800q"] = ["18","","Chapter 18 Opening Essay"]// different naming convention for the quizzes
cc6["1801"] = ["18","01","Animal Evolution and Diversity"]
cc6["180101"] = ["18","01","Module 18.1"]
cc6["180102"] = ["18","02","Module 18.2"]
cc6["180103"] = ["18","03","Module 18.3"]
cc6["180104"] = ["18","04","Module 18.4"]
cc6["1802"] = ["18","05","Invertebrate Diversity"]
cc6["180205"] = ["18","05","Module 18.5"]
cc6["180206"] = ["18","06","Module 18.6"]
cc6["180207"] = ["18","07","Module 18.7"]
cc6["180208"] = ["18","08","Module 18.8"]
cc6["180209"] = ["18","09","Module 18.9"]
cc6["180210"] = ["18","10","Module 18.10"]
cc6["180211"] = ["18","11","Module 18.11"]
cc6["180212"] = ["18","12","Module 18.12"]
cc6["180213"] = ["18","13","Module 18.13"]
cc6["180214"] = ["18","14","Module 18.14"]
cc6["1803"] = ["18","15","Animal Phylogeny and Diversity Revisited"]
cc6["180315"] = ["18","15","Module 18.15"]
cc6["180316"] = ["18","16","Module 18.16"]

cc6["1900"] = ["19","","Chapter 19: The Evolution of Vertebrate Diversity"]
cc6["1900q"] = ["19","","Chapter 19 Opening Essay"]// different naming convention for the quizzes
cc6["1901"] = ["19","01","Vertebrate Evolution and Diversity"]
cc6["190101"] = ["19","01","Module 19.1"]
cc6["190102"] = ["19","02","Module 19.2"]
cc6["190103"] = ["19","03","Module 19.3"]
cc6["190104"] = ["19","04","Module 19.4"]
cc6["190105"] = ["19","05","Module 19.5"]
cc6["190106"] = ["19","06","Module 19.6"]
cc6["190107"] = ["19","07","Module 19.7"]
cc6["190108"] = ["19","08","Module 19.8"]
cc6["1902"] = ["19","09","Primate Diversity"]
cc6["190209"] = ["19","09","Module 19.9"]
cc6["190210"] = ["19","10","Module 19.10"]
cc6["1903"] = ["19","11","Hominid Evolution"]
cc6["190311"] = ["19","11","Module 19.11"]
cc6["190312"] = ["19","12","Module 19.12"]
cc6["190313"] = ["19","13","Module 19.13"]
cc6["190314"] = ["19","14","Module 19.14"]
cc6["190315"] = ["19","15","Module 19.15"]
cc6["190316"] = ["19","16","Module 19.16"]
cc6["190317"] = ["19","17","Module 19.17"]
cc6["190318"] = ["19","18","Module 19.18"]

cc6["2000"] = ["20","","Chapter 20: Unifying Concepts of Animal Structure and Function"]
cc6["2001"] = ["20","01","The Hierarchy of Structural Organization in an Animal"]
cc6["200101"] = ["20","01","Module 20.1"]
cc6["200102"] = ["20","02","Module 20.2"]
cc6["200103"] = ["20","03","Module 20.3"]
cc6["200104"] = ["20","04","Module 20.4"]
cc6["200105"] = ["20","05","Module 20.5"]
cc6["200106"] = ["20","06","Module 20.6"]
cc6["200107"] = ["20","07","Module 20.7"]
cc6["200108"] = ["20","08","Module 20.8"]
cc6["200109"] = ["20","09","Module 20.9"]
cc6["200110"] = ["20","10","Module 20.10"]
cc6["200111"] = ["20","11","Module 20.11"]
cc6["200112"] = ["20","12","Module 20.12"]
cc6["2002"] = ["20","13","Exchanges with the External Environment"]
cc6["200213"] = ["20","13","Module 20.13"]
cc6["200214"] = ["20","14","Module 20.14"]
cc6["200215"] = ["20","15","Module 20.15"]

cc6["2100"] = ["21","","Chapter 21: Nutrition and Digestion"]
cc6["2101"] = ["21","01","Obtaining and Processing Food"]
cc6["210101"] = ["21","01","Module 21.1"]
cc6["210102"] = ["21","02","Module 21.2"]
cc6["210103"] = ["21","03","Module 21.3"]
cc6["2102"] = ["21","04","Human Digestive System"]
cc6["210204"] = ["21","04","Module 21.4"]
cc6["210205"] = ["21","05","Module 21.5"]
cc6["210206"] = ["21","06","Module 21.6"]
cc6["210207"] = ["21","07","Module 21.7"]
cc6["210208"] = ["21","08","Module 21.8"]
cc6["210209"] = ["21","09","Module 21.9"]
cc6["210210"] = ["21","10","Module 21.10"]
cc6["210211"] = ["21","11","Module 21.11"]
cc6["210212"] = ["21","12","Module 21.12"]
cc6["210213"] = ["21","13","Module 21.13"]
cc6["2103"] = ["21","14","Nutrition"]
cc6["210314"] = ["21","14","Module 21.14"]
cc6["210315"] = ["21","15","Module 21.15"]
cc6["210316"] = ["21","16","Module 21.16"]
cc6["210317"] = ["21","17","Module 21.17"]
cc6["210318"] = ["21","18","Module 21.18"]
cc6["210319"] = ["21","19","Module 21.19"]
cc6["210320"] = ["21","20","Module 21.20"]
cc6["210321"] = ["21","21","Module 21.21"]
cc6["210322"] = ["21","22","Module 21.22"]
cc6["210323"] = ["21","23","Module 21.23"]

cc6["2200"] = ["22","","Chapter 22: Gas Exchange"]
cc6["2201"] = ["22","01","Mechanisms of Gas Exchange"]
cc6["220101"] = ["22","01","Module 22.1"]
cc6["220102"] = ["22","02","Module 22.2"]
cc6["220103"] = ["22","03","Module 22.3"]
cc6["220104"] = ["22","04","Module 22.4"]
cc6["220105"] = ["22","05","Module 22.5"]
cc6["220106"] = ["22","06","Module 22.6"]
cc6["220107"] = ["22","07","Module 22.7"]
cc6["220108"] = ["22","08","Module 22.8"]
cc6["220109"] = ["22","09","Module 22.9"]
cc6["2202"] = ["22","10","Transport of Gases in the Human Body"]
cc6["220210"] = ["22","10","Module 22.10"]
cc6["220211"] = ["22","11","Module 22.11"]
cc6["220212"] = ["22","12","Module 22.12"]

cc6["2300"] = ["23","","Chapter 23: Circulation"]
cc6["2300q"] = ["23","","Chapter 23 Opening Essay"] // different naming convention for the quizzes
cc6["2301"] = ["23","01","Mechanisms of Internal Transport"]
cc6["230101"] = ["23","01","Module 23.1"]
cc6["230102"] = ["23","02","Module 23.2"]
cc6["2302"] = ["23","03","The Human Cardiovascular System"]
cc6["230203"] = ["23","03","Module 23.3"]
cc6["230204"] = ["23","04","Module 23.4"]
cc6["230205"] = ["23","05","Module 23.5"]
cc6["230206"] = ["23","06","Module 23.6"]
cc6["230207"] = ["23","07","Module 23.7"]
cc6["230208"] = ["23","08","Module 23.8"]
cc6["230209"] = ["23","09","Module 23.9"]
cc6["230210"] = ["23","10","Module 23.10"]
cc6["230211"] = ["23","11","Module 23.11"]
cc6["2303"] = ["23","12","Structure and Function of Blood"]
cc6["230312"] = ["23","12","Module 23.12"]
cc6["230313"] = ["23","13","Module 23.13"]
cc6["230314"] = ["23","14","Module 23.14"]
cc6["230315"] = ["23","15","Module 23.15"]

cc6["2400"] = ["24","","Chapter 24: The Immune System"]
cc6["2401"] = ["24","01","Innate Defenses Against Infection"]
cc6["240101"] = ["24","01","Module 24.1"]
cc6["240102"] = ["24","02","Module 24.2"]
cc6["240103"] = ["24","03","Module 24.3"]
cc6["2402"] = ["24","04","Acquired Immunity"]
cc6["240204"] = ["24","04","Module 24.4"]
cc6["240205"] = ["24","05","Module 24.5"]
cc6["240206"] = ["24","06","Module 24.6"]
cc6["240207"] = ["24","07","Module 24.7"]
cc6["240208"] = ["24","08","Module 24.8"]
cc6["240209"] = ["24","09","Module 24.9"]
cc6["240210"] = ["24","10","Module 24.10"]
cc6["240211"] = ["24","11","Module 24.11"]
cc6["240212"] = ["24","12","Module 24.12"]
cc6["240213"] = ["24","13","Module 24.13"]
cc6["240214"] = ["24","14","Module 24.14"]
cc6["240215"] = ["24","15","Module 24.15"]
cc6["2403"] = ["24","16","Disorders of the Immune System"]
cc6["240316"] = ["24","16","Module 24.16"]
cc6["240317"] = ["24","17","Module 24.17"]

cc6["2500"] = ["25","","Chapter 25: Control of Body Temperature and Water Balance"]
cc6["2500q"] = ["25","","Chapter 25 Opening Essay"] // different naming convention for the quizzes
cc6["2501"] = ["25","01","Thermoregulation"]
cc6["250101"] = ["25","01","Module 25.1"]
cc6["250102"] = ["25","02","Module 25.2"]
cc6["250103"] = ["25","03","Module 25.3"]
cc6["2502"] = ["25","04","Osmoregulation and Excretion"]
cc6["250204"] = ["25","04","Module 25.4"]
cc6["250205"] = ["25","05","Module 25.5"]
cc6["250206"] = ["25","06","Module 25.6"]
cc6["250207"] = ["25","07","Module 25.7"]
cc6["250208"] = ["25","08","Module 25.8"]
cc6["250209"] = ["25","09","Module 25.9"]

cc6["2600"] = ["26","","Chapter 26: Hormones and the Endocrine System"]
cc6["2601"] = ["26","01","The Nature of Chemical Regulation"]
cc6["260101"] = ["26","01","Module 26.1"]
cc6["260102"] = ["26","02","Module 26.2"]
cc6["2602"] = ["26","03","The Vertebrate Endocrine System"]
cc6["260203"] = ["26","03","Module 26.3"]
cc6["260204"] = ["26","04","Module 26.4"]
cc6["2603"] = ["26","05","Hormones and Homeostasis"]
cc6["260305"] = ["26","05","Module 26.5"]
cc6["260306"] = ["26","06","Module 26.6"]
cc6["260307"] = ["26","07","Module 26.7"]
cc6["260308"] = ["26","08","Module 26.8"]
cc6["260309"] = ["26","09","Module 26.9"]
cc6["260310"] = ["26","10","Module 26.10"]
cc6["260311"] = ["26","11","Module 26.11"]

cc6["2700"] = ["27","","Chapter 27: Reproduction and Embryonic Development"]
cc6["2701"] = ["27","01","Asexual and Sexual Reproduction"]
cc6["270101"] = ["27","01","Module 27.1"]
cc6["270102"] = ["27","02","Module 27.2"]
cc6["2702"] = ["27","03","Human Reproduction"]
cc6["270203"] = ["27","03","Module 27.3"]
cc6["270204"] = ["27","04","Module 27.4"]
cc6["270205"] = ["27","05","Module 27.5"]
cc6["270206"] = ["27","06","Module 27.6"]
cc6["270207"] = ["27","07","Module 27.7"]
cc6["270208"] = ["27","08","Module 27.8"]
cc6["2703"] = ["27","09","Principles of Embryonic Development"]
cc6["270309"] = ["27","09","Module 27.9"]
cc6["270310"] = ["27","10","Module 27.10"]
cc6["270311"] = ["27","11","Module 27.11"]
cc6["270312"] = ["27","12","Module 27.12"]
cc6["270313"] = ["27","13","Module 27.13"]
cc6["270314"] = ["27","14","Module 27.14"]
cc6["2704"] = ["27","15","Human Development"]
cc6["270415"] = ["27","15","Module 27.15"]
cc6["270416"] = ["27","16","Module 27.16"]
cc6["270417"] = ["27","17","Module 27.17"]
cc6["270418"] = ["27","18","Module 27.18"]

cc6["2800"] = ["28","","Chapter 28: Nervous Systems"]
cc6["2801"] = ["28","01","Nervous System Structure and Function"]
cc6["280101"] = ["28","01","Module 28.1"]
cc6["280102"] = ["28","02","Module 28.2"]
cc6["2802"] = ["28","03","Nerve Signals and their Transmission"]
cc6["280203"] = ["28","03","Module 28.3"]
cc6["280204"] = ["28","04","Module 28.4"]
cc6["280205"] = ["28","05","Module 28.5"]
cc6["280206"] = ["28","06","Module 28.6"]
cc6["280207"] = ["28","07","Module 28.7"]
cc6["280208"] = ["28","08","Module 28.8"]
cc6["280209"] = ["28","09","Module 28.9"]
cc6["2803"] = ["28","10","An Overview of Animal Nervous Systems"]
cc6["280310"] = ["28","10","Module 28.10"]
cc6["280311"] = ["28","11","Module 28.11"]
cc6["280312"] = ["28","12","Module 28.12"]
cc6["280313"] = ["28","13","Module 28.13"]
cc6["280314"] = ["28","14","Module 28.14"]
cc6["2804"] = ["28","15","The Human Brain"]
cc6["280415"] = ["28","15","Module 28.15"]
cc6["280416"] = ["28","16","Module 28.16"]
cc6["280417"] = ["28","17","Module 28.17"]
cc6["280418"] = ["28","18","Module 28.18"]
cc6["280419"] = ["28","19","Module 28.19"]
cc6["280420"] = ["28","20","Module 28.20"]
cc6["280421"] = ["28","21","Module 28.21"]

cc6["2900"] = ["29","","Chapter 29: The Senses"]
cc6["2901"] = ["29","01","Sensory Reception"]
cc6["290101"] = ["29","01","Module 29.1"]
cc6["290102"] = ["29","02","Module 29.2"]
cc6["290103"] = ["29","03","Module 29.3"]
cc6["2902"] = ["29","04","Hearing and Balance"]
cc6["290204"] = ["29","04","Module 29.4"]
cc6["290205"] = ["29","05","Module 29.5"]
cc6["290206"] = ["29","06","Module 29.6"]
cc6["2903"] = ["29","07","Vision"]
cc6["290307"] = ["29","07","Module 29.7"]
cc6["290308"] = ["29","08","Module 29.8"]
cc6["290309"] = ["29","09","Module 29.9"]
cc6["290310"] = ["29","10","Module 29.10"]
cc6["2904"] = ["29","11","Taste and Smell"]
cc6["290411"] = ["29","11","Module 29.11"]
cc6["290412"] = ["29","12","Module 29.12"]
cc6["290413"] = ["29","13","Module 29.13"]

cc6["3000"] = ["30","","Chapter 30: How Animals Move"]
cc6["3001"] = ["30","01","Movement and Locomotion"]
cc6["300101"] = ["30","01","Module 30.1"]
cc6["3002"] = ["30","02","Skeletal Support"]
cc6["300202"] = ["30","02","Module 30.2"]
cc6["300203"] = ["30","03","Module 30.3"]
cc6["300204"] = ["30","04","Module 30.4"]
cc6["300205"] = ["30","05","Module 30.5"]
cc6["300206"] = ["30","06","Module 30.6"]
cc6["3003"] = ["30","07","Muscle Contraction and Movement"]
cc6["300307"] = ["30","07","Module 30.7"]
cc6["300308"] = ["30","08","Module 30.8"]
cc6["300309"] = ["30","09","Module 30.9"]
cc6["300310"] = ["30","10","Module 30.10"]
cc6["300311"] = ["30","11","Module 30.11"]
cc6["300312"] = ["30","12","Module 30.12"]

cc6["3100"] = ["31","","Chapter 31: Plant Structure, Reproduction, and Development"]
cc6["3101"] = ["31","01","Plant Structure and Function"]
cc6["310101"] = ["31","01","Module 31.1"]
cc6["310102"] = ["31","02","Module 31.2"]
cc6["310103"] = ["31","03","Module 31.3"]
cc6["310104"] = ["31","04","Module 31.4"]
cc6["310105"] = ["31","05","Module 31.5"]
cc6["310106"] = ["31","06","Module 31.6"]
cc6["3102"] = ["31","07","Plant Growth"]
cc6["310207"] = ["31","07","Module 31.7"]
cc6["310208"] = ["31","08","Module 31.8"]
cc6["3103"] = ["31","09","Reproduction of Flowering Plants"]
cc6["310309"] = ["31","09","Module 31.9"]
cc6["310310"] = ["31","10","Module 31.10"]
cc6["310311"] = ["31","11","Module 31.11"]
cc6["310312"] = ["31","12","Module 31.12"]
cc6["310313"] = ["31","13","Module 31.13"]
cc6["310314"] = ["31","14","Module 31.14"]
cc6["310315"] = ["31","15","Module 31.15"]

cc6["3200"] = ["32","","Chapter 32: Plant Nutrition and Transport"]
cc6["3201"] = ["32","01","The Uptake and Transport of Plant Nutrients"]
cc6["320101"] = ["32","01","Module 32.1"]
cc6["320102"] = ["32","02","Module 32.2"]
cc6["320103"] = ["32","03","Module 32.3"]
cc6["320104"] = ["32","04","Module 32.4"]
cc6["320105"] = ["32","05","Module 32.5"]
cc6["3202"] = ["32","06","Plant Nutrients and the Soil"]
cc6["320206"] = ["32","06","Module 32.6"]
cc6["320207"] = ["32","07","Module 32.7"]
cc6["320208"] = ["32","08","Module 32.8"]
cc6["320209"] = ["32","09","Module 32.9"]
cc6["320210"] = ["32","10","Module 32.10"]
cc6["320211"] = ["32","11","Module 32.11"]
cc6["3203"] = ["32","12","Plant Nutrition and Symbiosis"]
cc6["320312"] = ["32","12","Module 32.12"]
cc6["320313"] = ["32","13","Module 32.13"]
cc6["320314"] = ["32","14","Module 32.14"]

cc6["3300"] = ["33","","Chapter 33: Control Systems in Plants"]
cc6["3300q"] = ["33","","Chapter 33 Opening Essay"] // different naming convention for the quizzes
cc6["3301"] = ["33","01","Plant Hormones"]
cc6["330101"] = ["33","01","Module 33.1"]
cc6["330102"] = ["33","02","Module 33.2"]
cc6["330103"] = ["33","03","Module 33.3"]
cc6["330104"] = ["33","04","Module 33.4"]
cc6["330105"] = ["33","05","Module 33.5"]
cc6["330106"] = ["33","06","Module 33.6"]
cc6["330107"] = ["33","07","Module 33.7"]
cc6["330108"] = ["33","08","Module 33.8"]
cc6["3302"] = ["33","09","Growth Responses and Biological Rhythms in Plants"]
cc6["330209"] = ["33","09","Module 33.9"]
cc6["330210"] = ["33","10","Module 33.10"]
cc6["330211"] = ["33","11","Module 33.11"]
cc6["330212"] = ["33","12","Module 33.12"]
cc6["330213"] = ["33","13","Module 33.13"]
cc6["3303"] = ["33","14","Plant Defenses"]
cc6["330314"] = ["33","14","Module 33.14"]
cc6["330315"] = ["33","15","Module 33.15"]

cc6["3400"] = ["34","","Chapter 34: The Biosphere: An Introduction to Earth's Diverse Environments"]
cc6["3401"] = ["34","01","The Biosphere"]
cc6["340101"] = ["34","01","Module 34.1"]
cc6["340102"] = ["34","02","Module 34.2"]
cc6["340103"] = ["34","03","Module 34.3"]
cc6["340104"] = ["34","04","Module 34.4"]
cc6["340105"] = ["34","05","Module 34.5"]
cc6["3402"] = ["34","06","Aquatic Biomes"]
cc6["340206"] = ["34","06","Module 34.6"]
cc6["340207"] = ["34","07","Module 34.7"]
cc6["3403"] = ["34","08","Terrestrial Biomes"]
cc6["340308"] = ["34","08","Module 34.8"]
cc6["340309"] = ["34","09","Module 34.9"]
cc6["340310"] = ["34","10","Module 34.10"]
cc6["340311"] = ["34","11","Module 34.11"]
cc6["340312"] = ["34","12","Module 34.12"]
cc6["340313"] = ["34","13","Module 34.13"]
cc6["340314"] = ["34","14","Module 34.14"]
cc6["340315"] = ["34","15","Module 34.15"]
cc6["340316"] = ["34","16","Module 34.16"]
cc6["340317"] = ["34","17","Module 34.17"]

cc6["3500"] = ["35","","Chapter 35: Behavioral Adaptations to the Environment"]
cc6["3501"] = ["35","01","The Scientific Study of Behavior"]
cc6["350101"] = ["35","01","Module 35.1"]
cc6["350102"] = ["35","02","Module 35.2"]
cc6["350103"] = ["35","03","Module 35.3"]
cc6["3502"] = ["35","04","Learning"]
cc6["350204"] = ["35","04","Module 35.4"]
cc6["350205"] = ["35","05","Module 35.5"]
cc6["350206"] = ["35","06","Module 35.6"]
cc6["350207"] = ["35","07","Module 35.7"]
cc6["350208"] = ["35","08","Module 35.8"]
cc6["350209"] = ["35","09","Module 35.9"]
cc6["350210"] = ["35","10","Module 35.10"]
cc6["350211"] = ["35","11","Module 35.11"]
cc6["3503"] = ["35","12","Survival and Reproductive Success"]
cc6["350312"] = ["35","12","Module 35.12"]
cc6["350313"] = ["35","13","Module 35.13"]
cc6["350314"] = ["35","14","Module 35.14"]
cc6["350315"] = ["35","15","Module 35.15"]
cc6["350316"] = ["35","16","Module 35.16"]
cc6["3504"] = ["35","17","Social Behavior and Sociobiology"]
cc6["350417"] = ["35","17","Module 35.17"]
cc6["350418"] = ["35","18","Module 35.18"]
cc6["350419"] = ["35","19","Module 35.19"]
cc6["350420"] = ["35","20","Module 35.20"]
cc6["350421"] = ["35","21","Module 35.21"]
cc6["350422"] = ["35","22","Module 35.22"]
cc6["350423"] = ["35","23","Module 35.23"]

cc6["3600"] = ["36","","Chapter 36: Population Ecology"]
cc6["3601"] = ["36","01","Population Structure and Dynamics"]
cc6["360101"] = ["36","01","Module 36.1"]
cc6["360102"] = ["36","02","Module 36.2"]
cc6["360103"] = ["36","03","Module 36.3"]
cc6["360104"] = ["36","04","Module 36.4"]
cc6["360105"] = ["36","05","Module 36.5"]
cc6["360106"] = ["36","06","Module 36.6"]
cc6["360107"] = ["36","07","Module 36.7"]
cc6["360108"] = ["36","08","Module 36.8"]
cc6["3602"] = ["36","09","The Human Population"]
cc6["360209"] = ["36","09","Module 36.9"]
cc6["360210"] = ["36","10","Module 36.10"]
cc6["360211"] = ["36","11","Module 36.11"]

cc6["3700"] = ["37","","Chapter 37: Communities and Ecosystems"]
cc6["3701"] = ["37","01","Community Structure and Dynamics"]
cc6["370101"] = ["37","01","Module 37.1"]
cc6["370102"] = ["37","02","Module 37.2"]
cc6["370103"] = ["37","03","Module 37.3"]
cc6["370104"] = ["37","04","Module 37.4"]
cc6["370105"] = ["37","05","Module 37.5"]
cc6["370106"] = ["37","06","Module 37.6"]
cc6["370107"] = ["37","07","Module 37.7"]
cc6["370108"] = ["37","08","Module 37.8"]
cc6["370109"] = ["37","09","Module 37.9"]
cc6["370110"] = ["37","10","Module 37.10"]
cc6["370111"] = ["37","11","Module 37.11"]
cc6["370112"] = ["37","12","Module 37.12"]
cc6["370113"] = ["37","13","Module 37.13"]
cc6["3702"] = ["37","14","Ecosystem Structure and Dynamics"]
cc6["370214"] = ["37","14","Module 37.14"]
cc6["370215"] = ["37","15","Module 37.15"]
cc6["370216"] = ["37","16","Module 37.16"]
cc6["370217"] = ["37","17","Module 37.17"]
cc6["370218"] = ["37","18","Module 37.18"]
cc6["370219"] = ["37","19","Module 37.19"]
cc6["370220"] = ["37","20","Module 37.20"]
cc6["370221"] = ["37","21","Module 37.21"]
cc6["370222"] = ["37","22","Module 37.22"]
cc6["370223"] = ["37","23","Module 37.23"]

cc6["3800"] = ["38","","Chapter 38: Conservation Biology"]
cc6["3800q"] = ["38","","Chapter 38 Opening Essay"] // different naming convention for the quizzes
cc6["3801"] = ["38","01","The Biodiversity Crisis: An Overview"]
cc6["380101"] = ["38","01","Module 38.1"]
cc6["380102"] = ["38","02","Module 38.2"]
cc6["380103"] = ["38","03","Module 38.3"]
cc6["380104"] = ["38","04","Module 38.4"]
cc6["380105"] = ["38","05","Module 38.5"]
cc6["380106"] = ["38","06","Module 38.6"]
cc6["380107"] = ["38","07","Module 38.7"]
cc6["380108"] = ["38","08","Module 38.8"]
cc6["3802"] = ["38","09","Conservation Biology and Restoration Ecology"]
cc6["380209"] = ["38","09","Module 38.9"]
cc6["380210"] = ["38","10","Module 38.10"]
cc6["380211"] = ["38","11","Module 38.11"]
cc6["380212"] = ["38","12","Module 38.12"]
cc6["380213"] = ["38","13","Module 38.13"]
cc6["380214"] = ["38","14","Module 38.14"]
cc6["380215"] = ["38","15","Module 38.15"]

// act[actID] = title ML:volume|path MS:volume|path > 193 total activities (including repeats)
var act = new Array();
act["1A"] = ["The Levels of Life Card Game (1.1)",c6eLib,"H01/H0101",c6e,"01&01&The%20Levels%20of%20Life%20Card%20Game"] // 21
act["1B"] = ["Energy Flow and Chemical Cycling",c6eLib,"H01/H0105",c6e,"01&05&Energy%20Flow%20and%20Chemical%20Cycling"] // 19
act["1C"] = ["Classification Schemes (1.5)",c6eLib,"H01/H0107",c6e,"01&07&Classification%20Schemes"] // 14
act["1D"] = ["Darwin and the Gal&#225;pagos Islands (13.1)",c6eLib,"H22/H2202",c6e,"22&02&Darwin%20and%20the%20Gal&#225;pagos%20Islands"] // 13
act["1E"] = ["Connection: DDT and the Environment (34.2)",c6eLib,"H01/H0109",c6e,"01&09&DDT%20and%20the%20Environment"] // 18 and 20

act["2A"] = ["Structure of Atomic Nucleus (2.4)",c6eLib,"H02/H0202",c6e,"02&02&The%20Structure%20of%20Atoms"]
act["2B"] = ["Electron Arrangement (2.6)",c6eLib,"H02/H0203",c6e,"02&03&Electron%20Arrangement"]
act["2C"] = ["Build an Atom (2.6)",c7eLib,"c6e/H02/H0204",c7e,"2&C"]
act["2D"] = ["Ionic Bonds (2.7)",c6eLib,"H02/H0207",c6e,"02&07&Ionic%20Bonds"]
act["2E"] = ["Covalent Bonds (2.8)",c6eLib,"H02/H0205",c6e,"02&05&Covalent%20Bonds"]
act["2F"] = ["The Structure of Water (2.9)",c6eLib,"H03/H0301",c6e,"03&01&The%20Structure%20of%20Water"]
act["2G"] = ["The Cohesion of Water (2.11)",c6eLib,"H03/H0302",c6e,"03&02&The%20Cohesion%20of%20Water"]
act["2H"] = ["Acids, Bases, and pH (2.15)",c6eLib,"H03/H0304",c6e,"03&04&Acids,%20Bases,%20and%20pH"]
act["2I"] = ["Nonpolar and Polar Molecules (2.9)",c6eLib,"H02/H0206",c6e,"02&06&Nonpolar%20and%20Polar%20Molecules"] //fix the path
act["2J"] = ["Water's Polarity and Hydrogen Bonding (2.10)",c6eLib,"H03/H0301",c6e,"03&01&Water's%20Polarity%20and%20Hydrogen%20Bonding"]


act["3A"] = ["Diversity of Carbon-Based Molecules (3.1)",c6eLib,"H04/H0401",c6e,"04&01&Diversity%20of%20Carbon-Based%20Molecules"]
act["3B"] = ["Functional Groups (3.2)",c7eLib,"c6e/H04/H0403",c7e,"4&C"]
act["3C"] = ["Making and Breaking Polymers (3.3)",c6eLib,"H05/H0501",c6e,"05&01&Making%20and%20Breaking%20Polymers"]
act["3D"] = ["Models of Glucose (3.4)",c6eLib,"H05/H0502",c6e,"05&02&Models%20of%20Glucose"]
act["3E"] = ["Carbohydrates (3.7)",c7eLib,"c6e/H05/H0503",c7e,"5&C"]
act["3F"] = ["Lipids (3.9)",eb1Lib,"03/3F",eb1,"03&06&Lipids"]
act["3G"] = ["Protein Functions (3.11)",eb1Lib,"03/3G",eb1,"03&07&Protein%20Functions"]
act["3H"] = ["Protein Structure (3.14)",c7eLib,"c6e/H05/H0506",c7e,"5&F"]
act["3I"] = ["Nucleic Acid Functions",c6eLib,"H05/H0507",c6e,"05&07&Nucleic%20Acid%20Functions"]
act["3J"] = ["Nucleic Acid Structure (3.16)",c6eLib,"H05/H0508",c6e,"05&08&Nucleic%20Acid%20Structure"]

act["4A"] = ["Metric System Review (4.1)",c7eLib,"c6e/H07/H0701",c7e,"6&A"]
act["4B"] = ["Prokaryotic Cell Structure and Function (4.3)",c7eLib,"c6e/H07/H0702",c7e,"6&B"]
act["4C"] = ["Comparing Cells",c6eLib,"H07/H0703",c6e,"07&03&Comparing%20Cells"]
act["4D"] = ["Build an Animal Cell and a Plant Cell",c6eLib,"H07/H0704",c6e,"07&04&Build%20an%20Animal%20Cell%20and%20a%20Plant%20Cell"]
act["4E"] = ["Membrane Structure",eb1Lib,"04/4J",eb1,"04&10&Membrane%20Structure"] // 05
act["4F"] = ["Selective Permeability of Membranes",c6eLib,"H08/H0802",c6e,"08&02&Selective%20Permeability%20of%20Membranes"] 
act["4G"] = ["Overview of Protein Synthesis (4.9)",c6eLib,"H07/H0705",c6e,"07&05&Overview%20of%20Protein%20Synthesis"]
act["4H"] = ["The Endomembrane System (4.13)",c6eLib,"H07/H0706",c6e,"07&06&The%20Endomembrane%20System"]
act["4I"] = ["Build a Chloroplast and a Mitochondrion (4.13)",c6eLib,"H07/H0707",c6e,"07&07&Build%20a%20Chloroplast%20and%20a%20Mitochondrion"]
act["4J"] = ["Cilia and Flagella (4.18)",c6eLib,"H07/H0708",c6e,"07&08&Cilia%20and%20Flagella"]
act["4K"] = ["Review: Animal Cell Structure and Function (4.23)",eb1Lib,"04/4H",eb1,"04&08&Review:%20Animal%20Cell%20Structure%20and%20Function"]
act["4L"] = ["Review: Plant Cell Structure and Function (4.23)",eb1Lib,"04/4I",eb1,"04&09&Review:%20Plant%20Cell%20Structure%20and%20Function"]
act["4M"] = ["Cell Junctions (4.21)",c6eLib,"H07/H0709",c6e,"07&09&Cell%20Junctions"]


act["5A"] = ["Energy Transformations (5.10)",c6eLib,"H06/H0601",c6e,"06&01&Energy%20Transformations"]
act["5B"] = ["The Structure of ATP (5.13)",c6eLib,"H06/H0602",c6e,"06&02&The%20Structure%20of%20ATP"]
act["5C"] = ["How Enzymes Function (5.15)",eb1Lib,"03/3I",eb1,"03&09&How%20Enzymes%20Function"]
act["5D"] = ["Membrane Structure (5.1)",c6eLib,"H08/H0801",eb1,"08&01&Membrane%20Structure"] // 04
act["5E"] = ["Selective Permeability of Membranes (5.1)",c6eLib,"H08/H0802",c6e,"08&02&Selective%20Permeability%20of%20Membranes"] 
act["5F"] = ["Diffusion (5.3)",c6eLib,"H08/H0803",c6e,"08&03&Diffusion"]
act["5G"] = ["Facilitated Diffusion (5.6)",c6eLib,"H08/H0805",c6e,"08&05&Facilitated%20Diffusion"]
act["5H"] = ["Osmosis and Water Balance in Cells (5.5)",c6eLib,"H08/H0804",c6e,"08&04&Osmosis%20and%20Water%20Balance%20in Cells"]
act["5I"] = ["Active Transport (5.8)",c7eLib,"c6e/H08/H0806",c7e,"7&F"]
act["5J"] = ["Exocytosis and Endocytosis (5.9)",c6eLib,"H08/H0807",c6e,"08&07&Exocytosis%20and%20Endocytosis"]
act["5K"] = ["Cell Signaling",eb1Lib,"04/4O",eb1,"04&15&Cell%20Signaling"]
act["5L"] = ["Chemical Reactions and ATP (5.12)",c6eLib,"H06/H0603",c6e,"06&03&Chemical%20Reactions%20and%20ATP"]
act["5M"] = ["Signal Transduction (5.1)",c6eLib,"B05/B0504",c6e,"05&04&5F%20Signal%20Transduction"]

act["6A"] = ["Build a Chemical Cycling System (6.1)",c6eLib,"H09/H0901",c6e,"09&01&Build%20a%20Chemical%20Cycling%20System"]
act["6B"] = ["Overview of Cellular Respiration (6.6)",eb1Lib,"05/5D",eb1,"05&04&Overview%20of%20Cellular%20Respiration"]
act["6C"] = ["Glycolysis (6.7)",eb1Lib,"05/5E",eb1,"05&05&Glycolysis"]
act["6D"] = ["The Citric Acid (Krebs) Cycle (6.9)",c7eLib,"activities/L09/L0904",c7e,"9&D"]
act["6E"] = ["Electron Transport and Chemiosmosis (6.10)",eb1Lib,"05/5G",eb1,"05&07&Electron%20Transport%20and%20Chemiosmosis"]
act["6F"] = ["Fermentation (6.13)",c7eLib,"c6e/H09/H0906",c7e,"9&F"]

act["7A"] = ["The Plants in Our Lives",eb1Lib,"06/6A",eb1,"06&01&The%20Plants%20in%20Our%20Lives"]
act["7B"] = ["The Sites of Photosynthesis (7.2)",c6eLib,"H10/H1001",c6e,"10&01&The%20Sites%20of%20Photosynthesis"]
act["7C"] = ["Overview of Photosynthesis (7.5)",c7eLib,"c6e/H10/H1002",c7e,"10&B"]
act["7D"] = ["Light Energy and Pigments (7.6)",c7eLib,"activities/L10/L1003",c7e,"10&C"]
act["7E"] = ["The Light Reactions (7.9)",c7eLib,"c6e/H10/H1004",c7e,"10&D"]
act["7F"] = ["The Calvin Cycle (7.10)",eb1Lib,"06/6F",eb1,"06&06&The%20Calvin%20Cycle"]
act["7G"] = ["Photosynthesis in Dry Climates (7.12)",c6eLib,"H10/H1006",c6e,"10&06&Photosynthesis%20in%20Dry%20Climates"]
act["7H"] = ["Connection: The Greenhouse Effect",c7eLib,"c6e/H54/H5406",c7e,"54&F"] // 20

act["8A"] = ["Asexual and Sexual Life Cycles (8.13)",eb1Lib,"07/7A",eb1,"07&01&Asexual%20and%20Sexual%20Life%20Cycles"]
act["8B"] = ["The Cell Cycle (8.5)",c7eLib,"c6e/H12/H1202",c7e,"12&B"]
act["8C"] = ["Mitosis and Cytokinesis Animation",c7eLib,"c6e/H12/H1203",c7e,"12&C"]
act["8D"] = ["Mitosis and Cytokinesis Video (8.7)",c7eLib,"activities/L12/L1204",c7e,"12&D"]
act["8E"] = ["Causes of Cancer",c6eLib,"H12/H1205",c6e,"12&05&Causes%20of%20Cancer"] // 11
act["8F"] = ["Human Life Cycle",eb1Lib,"07/7E",eb1,"07&05&Human%20Life%20Cycle"]
act["8G"] = ["Meiosis Animation",eb1Lib,"07/7F",eb1,"07&06&Meiosis%20Animation"]
act["8H"] = ["The Origins of Genetic Variation (8.18)",eb1Lib,"07/7G",eb1,"07&07&The%20Origins%20of%20Genetic%20Variation"]
act["8I"] = ["Polyploid Plants (14.6)",c7eLib,"c6e/H15/H1503",c7e,"15&C"] // 14

act["9A"] = ["Monohybrid Cross (9.3)",c6eLib,"H14/H1401",c6e,"14&01&Monohybrid%20Cross"]
act["9B"] = ["Dihybrid Cross (9.6)",c6eLib,"H14/H1402",c6e,"14&02&Dihybrid%20Cross"]
act["9C"] = ["Gregor&rsquo;s Garden (9.7)",c6eLib,"H14/H1403",c6e,"14&03&Gregor&rsquo;s%20Garden"]
act["9D"] = ["Incomplete Dominance (9.11)",c6eLib,"H14/H1404",c6e,"14&04&Incomplete%20Dominance"]
act["9E"] = ["Linked Genes and Crossing Over (9.19)",c6eLib,"H15/H1501",c6e,"15&01&Linked%20Genes%20and%20Crossing%20Over"]
act["9F"] = ["Sex-Linked Genes (9.21)",c6eLib,"H15/H1502",c6e,"15&02&Sex-Linked%20Genes"]

act["10A"] = ["The Hershey-Chase Experiment (10.1)",c7eLib,"c6e/H16/H1601",c7e,"16&A"]
act["10B"] = ["DNA and RNA Structure (10.3)",eb1Lib,"09/9B",eb1,"09&02&DNA%20and%20RNA%20Structure"]
act["10C"] = ["DNA Double Helix (10.3)",c6eLib,"H16/H1603",c6e,"16&03&DNA%20Double%20Helix"]
act["10D"] = ["DNA Replication (10.5)",eb1Lib,"09/9C",eb1,"09&03&DNA%20Replication"]
act["10E"] = ["Overview of Protein Synthesis",eb1Lib,"09/9D",eb1,"09&04&Overview%20of%20Protein%20Synthesis"]
act["10F"] = ["Transcription (10.9)",eb1Lib,"09/9E",eb1,"09&05&Transcription%20and%20RNA%20Processing"]
act["10G"] = ["Translation (10.14)",eb1Lib,"09/9F",eb1,"09&06&Translation"]
act["10H"] = ["Simplified Reproductive Cycle of a DNA Virus (10.18)",c6eLib,"H18/H1801",c6e,"18&01&Simplified%20Reproducitve%20Cycle%of%20a%20Virus"]
act["10I"] = ["Phage Lytic Cycle",c6eLib,"H18/H1802",c6e,"18&02&Phage%20Lytic%20Cycle"]
act["10J"] = ["Phage Lysogenic and Lytic Cycles (10.17)",c6eLib,"H18/H1803",c6e,"18&03&Phage%20Lysogenic%20and%20Lytic%20Cycles"]
act["10K"] = ["HIV Reproductive Cycle",c6eLib,"H18/H1804",c6e,"18&04&HIV%20Reproductive%20Cycle"] // 24
act["10L"] = ["Phage T2 Reproductive Cycle (10.1)",eb1Lib,"09/9G",eb1,"Phage%20T2%20Reproductive%20Cycle"] 
act["10M"] = ["Retrovirus (HIV) Reproductive Cycle (10.20)",c6eLib,"H18/H1804",c6e,"18&04&HIV%20Reproductive%20Cycle"] //placeholder

act["11A"] = ["The <i>lac</i> Operon in <i>E. coli</i> (11.1)",c6eLib,"H18/H1805",c6e,"18&05&The%20lac%20Operon%20in%20E.%20coli"]
act["11B"] = ["Gene Regulation in Eukaryotes (11.8)",eb1Lib,"10/10C",eb1,"10&03&Gene%20regulation%20in%20Eukaryotes"]
act["11C"] = ["Review: Gene Regulation in Eukaryotes (11.9)",c6eLib,"H19/H1903",c6e,"19&03&Review:%20Gene%20Regulation%20in%20Eukaryotes"]
act["11D"] = ["Signal-Transduction Pathway (11.12)",eb1Lib,"10/10E",eb1,"10&05&Signal-Transduction%20Pathway"]
act["11E"] = ["Connections: Causes of Cancer (11.21)",c6eLib,"H12/H1205",c6e,"12&05&Causes%20of%20Cancer"] // 08
act["11F"] = ["Development of Head-Tail Polarity (11.10)",cmr3Lib,"B11/B1102",cmr3,"Development%20of%20Head-Tail%20Polarity"]

act["12A"] = ["Applications of DNA Technology (12.1)",c6eLib,"H20/H2001",c6e,"20&01&Applications%20of%20DNA%20Technology"]
act["12B"] = ["Connection: DNA Technology and Golden Rice (12.8)",c7eLib,"c6e/H38/H3803",c7e,"20&H"]
act["12C"] = ["Cloning a Gene in Bacteria (12.2)",cmr3Lib,"B12/B1201",cmr3,"12&01&Cloning%20a%20Gene%20in%20Bacteria"]
act["12D"] = ["Restriction Enzymes (12.2)",c6eLib,"H20/H2002",c6e,"20&02&Restriction%20Enzymes"]
act["12E"] = ["DNA Fingerprinting (12.15)",c6eLib,"H20/H2007",c6e,"20&07&DNA%20Fingerprinting"]
act["12F"] = ["Gel Electrophoresis of DNA (12.13)",c6eLib,"H20/H2004",c6e,"20&04&Gel%20Electrophoresis%20of%20DNA"]
act["12G"] = ["Analyzing DNA Fragments Using Gel Electrophoresis (12.14)",c6eLib,"H20/H2005",c6e,"20&05&Analyzing%20DNA%20Fragments%20Using%20Gel%20Electrophoresis"]
act["12H"] = ["The Human Genome Project: Genes on Human Chromosome 17",c7eLib,"c6e/H20/H2006",c7e,"20&F"]

act["13A"] = ["The Voyage of the <i>Beagle</i>: Darwin&rsquo;s Trip Around the World (13.2)",c6eLib,"H22/H2204",c6e,"22&04&The%20Voyage%20of%20the%20Beagle:%20Darwin&rsquo;s%20Trip%20Around%20the%20World"]
act["13B"] = ["Darwin and the Gal&#225;pagos Islands (13.1)",c6eLib,"H22/H2202",c6e,"22&02&Darwin%20and%20the%20Gal&#225;pagos%20Islands"] // 01
act["13C"] = ["Reconstructing Forelimbs (13.5)",c6eLib,"H22/H2206",c6e,"22&06&Reconstructing%20Forelimbs"]
act["13D"] = ["Genetic Variation from Sexual Recombination (13.8)",c6eLib,"H23/H2302",c6e,"23&02&Genetic%20Variation%20from%20Sexual%20Recombination"]
act["13E"] = ["Causes of Microevolution (13.11)",c6eLib,"H23/H2301",c6e,"23&01&Causes%20of%20Microevolution"]

act["14A"] = ["Mechanisms of Macroevolution (15.12)",c6eLib,"H24/H2401",c6e,"24&01&Mechanism%20of%20Macroevolution"]
act["14B"] = ["Exploring Speciation on Islands (14.10)",c7eLib,"c6e/H53/H5304",c7e,"53&D"]
act["14C"] = ["Polyploid Plants (14.6)",c7eLib,"c6e/H15/H1503",c7e,"15&C"] // 08
act["14D"] = ["Paedomorphosis: Morphing Chimps and Humans (15.11)",eb1Lib,"13/13C",eb1,"13&03&Paedormorphosis:%20Morphing%20Chimps%20and%20Humans"]
act["14E"] = ["A Scrolling Geologic Record (15.6)",c7eLib,"activities/L25/L2501",c7e,"25&A"]
act["14F"] = ["Classification Schemes (15.19)",c6eLib,"H01/H0107",c6e,"01&07&Classification%20Schemes"] // 01

act["15A"] = ["The History of Life (15.4)",c7eLib,"activities/L26/L2602",c7e,"26&B"]
act["15B"] = ["Prokaryotic Cell Structure and Function (16.4)",c7eLib,"c6e/H07/H0702",c7e,"6&B"]
act["15C"] = ["Diversity of Prokaryotes (16.7)",eb1Lib,"14/14E",eb1,"14&05&Diversity%20of%20Prokaryotes"]

act["16A"] = ["Terrestrial Adaptations of Plants (17.1)",c7eLib,"c6e/H29/H2902",c7e,"29&A"]
act["16B"] = ["Highlights of Plant Phylogeny (17.2)",c7eLib,"activities/L29/L2902",c7e,"29&B"]
act["16C"] = ["Moss Life Cycle (17.4)",c7eLib,"c6e/H29/H2903",c7e,"29&C"]
act["16D"] = ["Fern Life Cycle (17.5)",eb1Lib,"15/15D",eb1,"15&04&Fern%20Life%20Cycle"]
act["16E"] = ["Pine Life Cycle (17.7)",eb1Lib,"15/15E",eb1,"15&05&Pine%20Life%20Cycle"]
act["16F"] = ["Angiosperm Life Cycle (17.9)",eb1Lib,"15/15F",eb1,"15&06&Angiosperm%20Life%20Cycle"] // 28 different version
act["16G"] = ["Connection: Madagascar and the Biodiversity Crisis (17.13)",c7eLib,"c6e/H55/H5501",c7e,"55&A"] 
act["16H"] = ["Fungal Reproduction and Nutrition (17.17)",c6eLib,"H31/H3101",c6e,"31&01&Fungal%20Reproduction%20and%20Nutrition"]
act["16I"] = ["Fungal Life Cycles (17.18)",cmr3Lib,"B17/B1706",cmr3,"Fungal%20Life%20Cycles"]

act["17A"] = ["Overview of Animal Phylogeny",eb1Lib,"16/16A",eb1,"16&01&Overview%20of%20Animal%20Phylogeny"]
act["17B"] = ["Characteristics of Invertebrates (18.13)",eb1Lib,"16/16B",eb1,"16&02&Characteristics%20of%20Invertebrates"]
act["17C"] = ["Characteristics of Chordates (18.14)",eb1Lib,"16/16C",eb1,"16&03&Characteristics%20of%20Chordates"]
act["17D"] = ["Primate Diversity (19.10)",eb1Lib,"16/16D",eb1,"16&04&Primate%20Diversity"]
act["17E"] = ["Human Evolution (19.15)",c6eLib,"H34/H3403",c6e,"34&03&Human%20Evolution"]

act["18A"] = ["Connection: DDT and the Environment",c6eLib,"H01/H0109",c6e,"01&09&DDT%20and%20the%20Environment"] // 01 and 20
act["18B"] = ["Adaptations to Biotic and Abiotic Factors (34.4)",c6eLib,"H50/H5002",c6e,"50&02&Adaptations%20to%20Biotic%20and%20Abiotic%20Factors"]
act["18C"] = ["Techniques for Estimating Population Density and Size (36.2)",c6eLib,"H52/H5201",c6e,"52&01&Techniques%20for%20Estimating%20Population%20Density%20and%20Size"]
act["18D"] = ["Human Population Growth (36.9)",c6eLib,"H52/H5203",c6e,"52&03&Human%20Population%20Growth"]
act["18E"] = ["Analyzing Age-Structure Diagrams (36.9)",c6eLib,"H52/H5204",c6e,"52&04&Analyzing%20Age-Structure%20Diagrams"]
act["18F"] = ["Investigating Survivorship Curves (36.3)",c7eLib,"c6e/H52/H5202",c7e,"52&B"]
act["18G"] = ["Animal Phylogenetic Tree (18.15)",c7eLib,"c6e/H32/H3201",c7e,"50&C"]

act["19A"] = ["Interspecific Interactions (37.2)",eb1Lib,"19/19B",eb1,"19&02&Interspecific%20Interactions"]
act["19B"] = ["Primary Succession (37.12)",c6eLib,"H53/H5303",c6e,"53&03&Primary%20Succesion"]
act["19C"] = ["Energy Flow and Chemical Cycling (37.14)",c6eLib,"H01/H0105",c6e,"01&05&Energy%20Flow%20and%20Chemical%20Cycling"] // 01
act["19D"] = ["Food Webs (37.9)",c6eLib,"H53/H5302",c6e,"53&02&Food%20Webs"]
act["19E"] = ["Energy Pyramids (37.17)",c7eLib,"c6e/H54/H5401",c7e,"54&A"]
act["19F"] = ["The Carbon Cycle (37.19)",c6eLib,"H54/H5403",c6e,"54&03&The%20Carbon%20Cycle"]
act["19G"] = ["The Nitrogen Cycle (37.21)",c6eLib,"H54/H5404",c6e,"54&04&The%20Nitrogen%20Cycle"]
act["19H"] = ["Terrestrial Biomes (34.16)",c7eLib,"activities/L50/L5004",c7e,"50&D"]
act["19I"] = ["Aquatic Biomes (34.7)",c7eLib,"c6e/H50/H5003",c7e,"50&C"]
act["19J"] = ["Characteristics of Chordates (19.8)",eb1Lib,"16/16C",eb1,"16&03&Characteristics%20of%20Chordates"]

act["20A"] = ["Connection: Fire Ants: An Invasive Species (38.3)",c6eLib,"H55/H5502",c6e,"55&02&Fire%20Ants:%20An%20Introduced%20Species"]
act["20B"] = ["Water Pollution from Nitrates (37.21)",c7eLib,"c6e/H54/H5405",c7e,"54&E"]
act["20C"] = ["Connection: DDT and the Environment",c6eLib,"H01/H0109",c6e,"01&09&DDT%20and%20the%20Environment"] 
act["20D"] = ["Connection: The Greenhouse Effect (38.6)",c7eLib,"c6e/H54/H5406",c7e,"54&F"] 
act["20E"] = ["Connection: Madagascar and the Biodiversity Crisis (38.1)",c7eLib,"c6e/H55/H5501",c7e,"55&A"] // 16
act["20F"] = ["Conservation Biology Review (38.15)",c7eLib,"c6e/H55/H5503",c7e,"55&C"]

act["21A"] = ["Correlating Structure and Function of Cells (20.1)",c6eLib,"H01/H0104",c6e,"01&04&Correlating%20Structure%20and%20Function%20of%20Cells"]
act["21B"] = ["The Levels of Life Card Game (20.1)",c6eLib,"H01/H0101",c6e,"01&01&The%20Levels%20of%20Life%20Card%20Game"] 
act["21C"] = ["Overview of Animal Tissues (20.7)",c6eLib,"H40/H4001",c6e,"40&01&Overview%20of%20Animal%20Tissues"]
act["21D"] = ["Epithelial Tissue (20.4)",c6eLib,"H40/H4002",c6e,"40&02&Epithelial%20Tissues"]
act["21E"] = ["Connective Tissue (20.5)",c6eLib,"H40/H4003",c6e,"40&03&Connective%20Tissues"]
act["21F"] = ["Muscle Tissue (20.6)",c6eLib,"H40/H4005",c6e,"40&05&Muscle%20Tissues"]
act["21G"] = ["Nervous Tissue (20.7)",c6eLib,"H40/H4004",c6e,"40&04&Nervous%20Tissue"]
act["21H"] = ["Regulation: Negative and Positive Feedback (20.15)",c6eLib,"H40/H4006",c6e,"40&06&Regulation:%20Negative%20and%20Positive%20Feedback"]
act["21I"] = ["Structure of the Human Excretory System (25.6)",cmr3Lib,"B25/B2501",cmr3,"25&01&Human%20Urinary%20System"]
act["21J"] = ["Nephron Function (25.8)",cmr3Lib,"B25/B2502",cmr3,"25&02&Nephron%20Function"]
act["21K"] = ["Control of Water Reabsorption (25.8)",cmr3Lib,"B25/B2503",cmr3,"25&03&Control%20of%20Water%20Reabsorption"]

act["22A"] = ["How Animals Eat Food",eb2Lib,"K2201",eb2,"K2201/st01/frame.html"]
act["22B"] = ["Digestive System Function (21.10)",eb2Lib,"K2202",eb2,"K2202/st01/frame.html"]
act["22C"] = ["Analyzing Food Labels",eb2Lib,"K2203",eb2,"K2203/st01/frame.html"]
act["22D"] = ["Case Studies of Nutritional Disorders",eb2Lib,"K2204",eb2,"K2204/st01/frame.html"]

act["23A"] = ["Path of Blood Flow in Mammals (23.3)",cmr3Lib,"B23/B2302",cmr3,"23&02&Path%20of%20Blood%20Flow"]
act["23B"] = ["Cardiovascular System Structure (23.3)",cmr3Lib,"B23/B2301",cmr3,"23&01&Cardiovascular%20System%20Structure"]
act["23C"] = ["Cardiovascular System Function (23.8)",c6eLib,"H42/H4203",c6e,"42&03&Cardiovascular%20System%20Function"]
act["23D"] = ["The Human Respiratory System (22.6)",c6eLib,"H42/H4204",c6e,"42&04&The%20Human%20Respiratory%20System"]
act["23E"] = ["Transport of Respiratory Gases (22.11)",c6eLib,"H42/H4205",c6e,"42&05&Transport%20of%20Respiratory%20Gases"]

act["24A"] = ["Immune Responses (24.12)",cmr3Lib,"B24/B2401",cmr3,"24&01&Immune%20System%20Responses"]
act["24B"] = ["HIV Reproductive Cycle (24.13)",c6eLib,"H18/H1804",c6e,"18&04&HIV%20Reproductive%20Cycle"] // 10

act["25A"] = ["Overview of Cell Signaling (26.2)",c6eLib,"H45/H4501",c6e,"45&01&Overview%20of%20Cell%20Signaling"]
act["25B"] = ["Nonsteroid Hormone Action (26.2)",cmr3Lib,"B26/B2602",cmr3,"26&02&Action%20of%20Amino-Acid-Based%20Hormones"]
act["25C"] = ["Steroid Hormone Action (26.2)",c6eLib,"H45/H4503",c6e,"45&03&Action%20of%20Steroid%20Hormones"]
act["25D"] = ["Human Endocrine Glands and Hormones (26.10)",c7eLib,"c6e/H45/H4504",c7e,"45&D"]

act["26A"] = ["Reproductive System of the Human Female (27.6)",c6eLib,"H46/H4602",c6e,"46&02&Reproductive%20System%20of%20the%20Human%20Female"]
act["26B"] = ["Reproductive System of the Human Male (27.4)",c6eLib,"H46/H4601",c6e,"46&01&Reproductive%20System%20of%20the%20Human%20Male"]
act["26C"] = ["Sea Urchin Development Video (27.11)",c7eLib,"activities/L47/L4701",c7e,"47&A"]
act["26D"] = ["Frog Development Video (27.12)",c7eLib,"activities/L47/L4702",c7e,"47&B"]

act["27A"] = ["Neuron Structure (28.2)",c7eLib,"c6e/H48/H4801",c7e,"48&A"]
act["27B"] = ["Nerve Signals: Action Potentials (28.5)",c7eLib,"c6e/H48/H4802",c7e,"48&B"]
act["27C"] = ["Neuron Communication (28.6)",c7eLib,"c6e/H48/H4803",c7e,"48&C"]
act["27D"] = ["Structure and Function of the Eye (29.8)",c7eLib,"c6e/H49/H4901",c7e,"49&A"]
act["27E"] = ["The Human Skeleton (30.3)",c6eLib,"H49/H4902",c6e,"49&02&The%20Human%20Skeleton"]
act["27F"] = ["Skeletal Muscle Structure (30.8)",c6eLib,"H49/H4903",c6e,"49&03&Skeletal%20Muscle%20Structure"]
act["27G"] = ["Muscle Contraction (30.9)",c6eLib,"H49/H4904",c6e,"49&04&Muscle%20Contraction"]

act["28A"] = ["Root, Stem, and Leaf Sections (31.5)",cmr3Lib,"B31/B3101",cmr3,"31&01&Root,%20Stem,%20and%20Leaf%20Sections"]
act["28B"] = ["Primary and Secondary Growth (31.8)",c6eLib,"H35/H3502",c6e,"35&02&Primary%20and%20Secondary%20Growth"]
act["28C"] = ["Angiosperm Life Cycle (31.10)",cmr3Lib,"B31/B3103",cmr3,"31&03&The%20Life%20Cycle%20of%20a%20Flowering%20Plant"] 
act["28D"] = ["Seed and Fruit Development (31.12)",cmr3Lib,"B31/B3104",cmr3,"31&04&Seed%20and%20Fruit%20Development"]

act["29A"] = ["Absorption of Nutrients from Soil (32.8)",cmr3Lib,"B32/B3203",cmr3,"32&03&Absorption%20of%20Nutrients%20from%20Soil"]
act["29B"] = ["Transpiration (32.4)",cmr3Lib,"B32/B3201",cmr3,"32&01&Transpiration"]
act["29C"] = ["Transport in Phloem (32.5)",cmr3Lib,"B32/B3202",cmr3,"32&02&Transport%20in%20Phloem"]
act["29D"] = ["Leaf Abscission (33.7)",c6eLib,"H39/H3901",c6e,"39&01&Leaf%20Abscission"]
act["29E"] = ["Flowering Lab (33.12)",c7eLib,"c6e/H39/H3902",c7e,"39&B"]

act["32A"] = ["Connection: DNA Technology and Golden Rice (32.11)",c7eLib,"c6e/H38/H3803",c7e,"20&H"]
act["34A"] = ["The Levels of Life Card Game (34.1)",c6eLib,"H01/H0101",c6e,"01&01&The%20Levels%20of%20Life%20Card%20Game"] 
act["35A"] = ["Honeybee Waggle Dance (35.13)",c7eLib,"activities/L51/L5101",c7e,"35&A"]
act["38A"] = ["Connection: DDT and the Environment (38.4)",c6eLib,"H01/H0109",c6e,"01&09&DDT%20and%20the%20Environment"] 


// mp3[mp3ID] = title
var mp3 = new Array();
mp3["Properties"]		= ["The Properties of Water (2.11)",""]
mp3["Protein"] 			= ["Protein Structure and Function (3.13)",""]
mp3["Basic"] 			= ["Basic Energy Concepts (5.10)",""]
mp3["Cell1"] 			= ["Cellular Respiration Part 1: Glycolysis (6.7)",""]
mp3["Cell2"]			= ["Cellular Respiration Part 2: Citric Acid and Electron Transport Chain (6.9)",""]
mp3["Photosynthesis"] 	= ["Photosynthesis (7.5)",""]
mp3["Mitosis"] 			= ["Mitosis (8.5)",""]
mp3["Meiosis"] 			= ["Meiosis (8.14)",""]
mp3["Compare"] 			= ["Mitosis-Meiosis Comparison (8.15)",""]
mp3["Chromosomal"] 		= ["Chromosomal Basis of Inheritance (9.16)",""]
mp3["Central"] 			= ["DNA to RNA to Protein (10.6)",""]
mp3["Regulation"] 		= ["Control of  Gene Expression (11.9)",""]
mp3["Natural"]			= ["Natural Selection (13.2)",""]
mp3["Speciation"] 		= ["Speciation (14.1)",""]
mp3["Human"] 			= ["Human Evolution (19.11)",""]
mp3["Trophic"] 			= ["Energy Flow in Ecosystems (37.16)",""]
mp3["Global"] 			= ["Global Warming (38.5)",""]
mp3["Tour"] 			= ["The Human Digestive System (21.4)",""]
mp3["Immune"] 			= ["The Human Immune System (24.5)",""]
mp3["Female"] 			= ["The Female Reproductive Cycle (27.6)",""]
mp3["Flower"] 			= ["From Flower to Fruit (31.9)",""]
mp3["Transpiration"] 	= ["Transpiration (32.3)",""]
mp3["Process"]			= ["The Process of Science (1.7)",""]
mp3["Organelles"]		= ["Cell Organelles (4.4)",""]
mp3["Structure"]		= ["DNA Structure (3.16)",""]
mp3["Technology"]		= ["DNA Technology (12.1)",""] 
mp3["Microbial"]		= ["Microbial Life (16.1)",""] 
mp3["Evolution"]		= ["Evolution of Plants (17.2)",""] 
mp3["Alternation"]		= ["Alternation of Generations (17.3)",""] 
mp3["Animal"]			= ["Animal Structure (20.1)",""] 
mp3["Respiration"]		= ["Human Respiration (22.6)",""] 
mp3["Circulatory"]		= ["The Human Circulatory System (23.3)",""] 
mp3["Kidney"]			= ["Kidney Function (25.6)",""] 
mp3["Homeostasis"]		= ["Homeostasis and the Endocrine System (26.1)",""] 
mp3["Spermatogenesis"]	= ["Spermatogenesis and Oogenesis (27.5)",""] 
mp3["Neurons"]			= ["Neurons and Electrical Potentials (28.2)",""] 
mp3["Brain"]			= ["The Human Brain (28.15)",""] 
mp3["Sensory"]			= ["Sensory Receptors (29.2)",""] 
mp3["Muscle"]			= ["Muscle (30.7)",""] 
mp3["Hierarchy"]		= ["Ecological Hierarchy (34.1)",""] 
mp3["Embryonic"]		= ["Embryonic Development (27.10)",""] 


// Discovery Channel Videos dec[decID] = title
var dec = new Array();
dec["Antibiotic"] 	= ["Antibiotic Resistance (1.10)","antibiotics"] // 01 and 16.8
dec["Antibiotic_2"] = ["Antibiotic Resistance (13.15)","antibiotics"] 
dec["Antibiotic_3"] = ["Antibiotic Resistance (16.8)","antibiotics"] 
dec["Early"] 		= ["Early Life (2.17)","early_life"] 
dec["Early_2"] 		= ["Early Life (7.13)","early_life"] 
dec["Early_3"] 		= ["Early Life (16.6)","early_life"] 
dec["Cells"] 		= ["Cells (4.1)","cells"] 
dec["Cells_2"] 		= ["Cells (8.2)","cells"] 
dec["Space"] 		= ["Space Plants (7.11)","space_plants"] 
dec["Space_2"] 		= ["Space Plants (37.19)","space_plants"] 
dec["Cotton"] 		= ["Colored Cotton (9.2)","colored_cotton"] 
dec["Cotton_2"] 	= ["Colored Cotton (31.1)","colored_cotton"]
dec["Novelty"] 		= ["Novelty Gene (35.23)","novelty_gene"] // 09
dec["Emerging"] 	= ["Emerging Diseases (10.19)","emerging_disease"] // 10
dec["Cloning"] 		= ["Cloning (11.16)","cloning"] // 11
dec["Fighting"] 	= ["Fighting Cancer (8.1)","fighting_cancer"] 
dec["Fighting_2"] 	= ["Fighting Cancer (24.5)","fighting_cancer"] 
dec["Fighting_3"] 	= ["Fighting Cancer (11.18)","fighting_cancer"] 
dec["Transgenics"] 	= ["Transgenics (12.8)","transgenics"] // 12
dec["DNA"] 			= ["DNA Forensics (12.11)","dna_forensics"] // 12
dec["Darwin"] 		= ["Charles Darwin (13.1)","charles_darwin"] // 13
dec["Mass"] 		= ["Mass Extinction (15.9)","mass_extinctions"] // 14
dec["Bacteria"] 	= ["Bacteria (16.1)","bacteria"] // 15
dec["Tasty"] 		= ["Tasty Bacteria (6.13)","tasty_bacteria"] // 15
dec["Tasty_2"] 		= ["Tasty Bacteria (16.1)","tasty_bacteria"] // 15
dec["Diversity"]	= ["Plant Pollination (17.12)","plant_pollination"]
dec["Diversity_2"]	= ["Plant Pollination (31.10)","plant_pollination"]
dec["Molds"] 		= ["Fungi (17.21)","molds"] // 16
dec["Invert"] 		= ["Invertebrates (18.5)","invertebrates"] // 17
dec["Leafcutter"] 	= ["Leafcutter Ants (17.20)","leafcutter_ants"] 
dec["Leafcutter_2"] = ["Leafcutter Ants (18.12)","leafcutter_ants"] 
dec["Leafcutter_3"] = ["Leafcutter Ants (37.4)","leafcutter_ants"] 
dec["Rain"] 		= ["Rain Forests (37.9)","rain_forests"] 
dec["Introduced"] 	= ["Introduced Species (19.18)","introduced_species"] 
dec["Introduced_2"] = ["Introduced Species (38.3)","introduced_species"] 
dec["Trees"] 		= ["Trees (17.14)","trees"] 
dec["Trees_2"] 		= ["Trees (32.1)","trees"]
dec["Trees_3"] 		= ["Trees (37.14)","trees"]
dec["Intro"] 		= ["An Introduction to the Human Body (20.1)","human_body"] // 21
dec["Nutrition"] 	= ["Nutrition (21.21)","nutrition"] // 22
dec["Blood"] 		= ["Blood (23.12)","blood"] // 23
dec["Vaccines"] 	= ["Vaccines (24.4)","vaccines"] // 24
dec["Endocrine"]	= ["The Endocrine System (26.3)","endocrine_system"] // 25
dec["Teen"]			= ["Teen Brains (28.15)","teen_brains"] // 27
dec["Muscles"]		= ["Muscles and Bones (30.7)","muscles_and_bones"] // 27



// cs[csID] = title path
var cs = new Array();
cs["01"] = ["How Do Environmental Changes Affect a Population? (1.6)","01A"] // 1.6 and and 13.2
cs["01_2"] = ["How Do Environmental Changes Affect a Population? (13.2)","01A"] 
cs["02"] = ["How Does Acid Precipitation Affect Trees? (1.8)","01B"] 
cs["02_2"] = ["How Does Acid Precipitation Affect Trees? (2.16)","01B"] 
cs["03"] = ["How Are Space Rocks Analyzed for Signs of Life? (2.1)","02A"] 
cs["04"] = ["Connection: What Factors Determine the Effectiveness of Drugs? (3.16)","04A"] 
cs["05"] = ["Connection: What Is the Size and Scale of Our World? (4.1)","06A"] 
cs["06"] = ["How Is the Rate of Enzyme Catalysis Measured? (5.15)","08A"] 
cs["07"] = ["How Does Osmosis Affect Cells? (5.5)","07A"] 
cs["08"] = ["How Do Cells Communicate with Each Other? (5.1)","11A"] 
cs["09"] = ["How Is the Rate of Cellular Respiration Measured? (6.12)","09A"] 
cs["10"] = ["How Does Paper Chromatography Separate Plant Pigments? (7.6)","10A"] 
cs["11"] = ["How Is the Rate of Photosynthesis Measured? (7.11)","10B"] 
cs["12"] = ["How Much Time Do Cells Spend in Each Phase of Mitosis? (8.6)","12A"] 
cs["13"] = ["How is Crossing Over Measured in the Fungus <i>Sordaria</i>? (8.18)","13A"] 
cs["14"] = ["How is the Chi-Square Test Used in Genetic Analysis? (9.21)","15A"] 
cs["15"] = ["What Is the Correct Model for DNA Replication? (10.4)","16A"] 
cs["16"] = ["How Are Nutritional Mutations Identified? (10.6)","17A"] 
cs["17"] = ["How Do You Diagnose a Genetic Disorder? (10.16)","14A"] 
cs["18"] = ["What Causes Infections in AIDS Patients? (10.20)","19A"] 
cs["18_2"] = ["What Causes Infections in AIDS Patients? (24.13)","19A"] 
cs["19"] = ["Why Do AIDS Rates Differ Across the U.S.? (10.19)","19B"] 
cs["19_2"] = ["Why Do AIDS Rates Differ Across the U.S.? (24.13)","19B"] 
cs["20"] = ["How Do You Design a  System? (11.5)","18A"] 
cs["21"] = ["How Can Antibiotic-Resistant Plasmids Transform <i>E. coli</i>? (12.1)","20A"] 
cs["21_2"] = ["How Can Antibiotic-Resistant Plasmids Transform <i>E. coli</i>? (10.23)","20A"] 
cs["22"] = ["How Can Electrophoresis Be Used to Analyze DNA? (12.13)","20B"] 
cs["23"] = ["What Are the Patterns of Antibiotic Resistance? (13.15)","22A"] 
cs["24"] = ["How Can Frequency of Alleles Be Calculated? (13.9)","23A"] 
cs["25"] = ["How Do New Species Arise by Genetic Isolation? (14.5)","24A"] 
cs["26"] = ["How Is Phylogeny Determined Using Protein Comparisons? (15.17)","26A"]
cs["27"] = ["How Might Conditions on Early Earth Have Created Life? (15.2)","25A"] 
cs["28"] = ["What Are the Modes of Nutrition in Prokaryotes? (16.5)","27A"] 
cs["29"] = ["What Kinds of Protists Are Found in Various Habitats? (16.20)","28A"] 
cs["30"] = ["What Are the Different Stages of a Fern Life Cycle? (17.5)","29A"] 
cs["31"] = ["How Are Trees Identified by Their Leaves? (31.3)","30A"] 
cs["32"] = ["How Does the Fungus <i>Pilobolus</i> Succeed as a Decomposer? (17.14)","31A"] 
cs["33"] = ["How Are Insect Species Identified? (18.12)","33A"] 
cs["34"] = ["How Does Bone Structure Shed Light on the Origin of Birds? (19.7)","34A"] 
cs["35"] = ["How Can Sow Bug Responses to Environments Be Tested? (35.7)","51A"] 
cs["36"] = ["How Do Abiotic Factors Affect the Distribution of Organisms? (34.3)","52A"] 
cs["37"] = ["How Are Impacts on Community Diversity Measured? (37.1)","54A"] 
cs["38"] = ["How Do Temperature and Light Affect Primary Production? (37.15)","55A"] 
cs["39"] = ["How Are Potential Prairie Restoration Sites Analyzed? (38.14)","57A"] 
cs["40"] = ["How Does Temperature Affect Metabolic Rate in <i>Daphnia</i>? (25.3)","40A"] 
cs["41"] = ["What Affects Urine Production? (25.8)","44A"] 
cs["42"] = ["What Role Does Amylase Play in Digestion? (21.10)","41A"] 
cs["43"] = ["How is Cardiovascular Fitness Measured? (23.9)","42A"] 
cs["44"] = ["How Do Thyroxine and TSH Affect Metabolism? (26.5)","45A"] 
cs["45"] = ["Connection: What Might Obstruct the Male Urethra? (27.4)","46A"] 
cs["46"] = ["What Determines Cell Differentiation in the Sea Urchin?  (27.13)","47A"] 
cs["47"] = ["What Triggers Nerve Impulses? (28.4)","48A"] 
cs["48"] = ["How Do Electrical Stimuli Affect Muscle Contraction? (30.10)","50A"] 
cs["49"] = ["What Are the Functions of Monocot Tissues? (31.5)","35A"] 
cs["50"] = ["What Tells Desert Seeds When to Germinate? (31.13)","38A"] 
cs["51"] = ["How Does Acid Precipitation Affect Mineral Deficiency? (32.8)","37A"] 
cs["52"] = ["How Is the Rate of Transpiration Calculated? (32.3)","36A"] 
cs["53"] = ["What Plant Hormones Affect Organ Formation? (33.2)","39A"] 
//cs["54"] = ["What Determines if Water Moves Into or Out of a Plant Cell?","49A"] 
cs["55"] = ["How Can the &lsquo;Head&rsquo; Gene Be Regulated to Alter Development? (11.10)","18B"] 
cs["56"] = ["How Do Molecular Data Fit Traditional Phylogenies? (18.15)","32A"] 




// video[videoID] = title path > 85 total videos
var video = new Array();
video["01"] = ["Sea Horses (1.6)","SeaHorses-V.html"] 
video["01_2"] = ["Sea Horses (37.5)","SeaHorses-V.html"] 
video["01_3"] = ["Sea Horses (13.3)","SeaHorses-V.html"] 
video["02"] = ["Cytoplasmic Streaming (4.4)","CytoplasmicStream-V.html"] // 04
video["03"] = ["<i>Paramecium</i> Cilia (4.18)","ParameciumCilia-V.html"] // 
video["03_2"] = ["<i>Paramecium</i> Cilia (16.16)","ParameciumCilia-V.html"] // 
video["04"] = ["<i>Paramecium</i> Vacuole (4.12)","ParameciumVacuole-V.html"] // 
video["04_2"] = ["<i>Paramecium</i> Vacuole (16.16)","ParameciumVacuole-V.html"] // 
video["05"] = ["Plasmolysis (5.5)","Plasmolysis-V.html"] // 05
video["06"] = ["Turgid <i>Elodea</i> (5.5)","TurgidElodea-V.html"] // 05
video["07"] = ["Animal Mitosis (time-lapse) (8.6)","AnimalMitosis-V.html"] // 08
video["08"] = ["Hydra Budding (8.11)","HydraBudding-V.html"] // 08
video["09"] = ["Ultrasound of Human Fetus 1 (9.10)","UltrasoundOfFetus-V.html"] 
video["09_2"] = ["Ultrasound of Human Fetus 1 (27.16)","UltrasoundOfFetus-V.html"] 
video["10"] = ["Ultrasound of Human Fetus 2 (9.10)","UltrasoundOfFetus2-V.html"] 
video["10_2"] = ["Ultrasound of Human Fetus 2 (27.16)","UltrasoundOfFetus2-V.html"] 
video["11"] = ["Biotechnology Lab (12.13)","BiotechnologyLab-V.html"] // 11
video["12"] = ["Gal&#225;pagos Islands Overview (13.1)","GalapagosIslands-V.html"] 
video["12_2"] = ["Gal&#225;pagos Islands Overview (15.8)","GalapagosIslands-V.html"] 
video["13"] = ["Grand Canyon (15.9)","GrandCanyon-V.html"] // 13
video["14"] = ["Gal&#225;pagos Marine Iguana (13.1)","MarineIguana-V.html"] // 13
video["15"] = ["Gal&#225;pagos Sea Lion (13.1)","SeaLion-V.html"] // 13
video["16"] = ["Gal&#225;pagos Tortoise (13.1)","Tortoise-V.html"] // 13
video["17"] = ["Lava Flow (15.8)","LavaFlow-V.html"] // 14
video["18"] = ["Volcanic Eruption (15.8)","VolcanicEruption-V.html"] // 14
video["19"] = ["Prokaryotic Flagella (4.18)","ProkaryoticFlagella-V.html"] //16.4
video["19_2"] = ["Prokaryotic Flagella (16.4)","ProkaryoticFlagella-V.html"]
video["20"] = ["Cyanobacteria (16.7)","Cyanobacteria-V.html"] 
video["20_2"] = ["Cyanobacteria (37.4)","Cyanobacteria-V.html"] 
video["21"] = ["<i>Euglena</i> (4.18)","Euglena-V.html"] // 4
video["21_2"] = ["<i>Euglena</i> (16.15)","Euglena-V.html"] // 16
video["22"] = ["<i>Euglena</i> Motion (4.18)","EuglenaMotion-V.html"] // 4
video["22_2"] = ["<i>Euglena</i> Motion (16.15)","EuglenaMotion-V.html"] // 16
video["23"] = ["<i>Stentor</i> (4.18)","Stentor-V.html"] // 
video["23_2"] = ["<i>Stentor</i> (16.16)","Stentor-V.html"] // 
video["24"] = ["<i>Stentor</i> Ciliate Movement (4.18)","StentorCilia-V.html"] //
video["24_2"] = ["<i>Stentor</i> Ciliate Movement (16.16)","StentorCilia-V.html"] //
video["25"] = ["<i>Vorticella</i> Cilia (4.18)","VorticellaCilia-V.html"] // 
video["25_2"] = ["<i>Vorticella</i> Cilia (16.16)","VorticellaCilia-V.html"] //
video["26"] = ["<i>Vorticella</i> Detail (4.18)","VorticellaDetail-V.html"] // 
video["26_2"] = ["<i>Vorticella</i> Detail (16.16)","VorticellaDetail-V.html"] // 
video["27"] = ["<i>Vorticella</i> Habitat (4.17)","VorticellaHabitat-V.html"] // 
video["27_2"] = ["<i>Vorticella</i> Habitat (16.16)","VorticellaHabitat-V.html"] // 
video["28"] = ["Diatoms Moving (16.17)","DiatomsMoving-V.html"] // 15
video["29"] = ["Various Diatoms (16.17)","VariousDiatoms-V.html"] // 15
video["30"] = ["Dinoflagellate (4.18)","Dinoflagellate-V.html"] // 
video["30_2"] = ["Dinoflagellate (16.16)","Dinoflagellate-V.html"] // 
video["31"] = ["Amoeba (16.18)","Amoeba-V.html"] // 15
video["32"] = ["Amoeba Pseudopodia (16.18)","AmoebaPseudopodia-V.html"] // 15
video["33"] = ["Plasmodial Slime Mold Streaming (16.18)","SlimeMoldStreaming-V.html"] // 15
video["34"] = ["Plasmodial Slime Mold (16.18)","SlimeMoldZoom-V.html"] // 15
video["35"] = ["<i>Volvox</i> Colony (16.20)","VolvoxColony-V.html"] // 15
video["Daughter"] = ["<i>Volvox</i> Daughter","VolvoxDaughter-V.html"] // 15
video["36"] = ["<i>Volvox</i> Flagella","VolvoxFlagella-V.html"] // 15
video["37"] = ["<i>Chlamydomonas</i> (4.15)","Chlamydomonas-V.html"] // 15
video["37_2"] = ["<i>Chlamydomonas</i> (5.5)","Chlamydomonas-V.html"] // 15
video["38"] = ["Flower Blooming (time-lapse) (17.21)","FlowerTimeLapse-V.html"] 
video["38_2"] = ["Flower Blooming (time-lapse) (31.9)","FlowerTimeLapse-V.html"] 
video["39"] = ["Bat Pollinating Agave Plant (17.12)","BatPollinating-V.html"] 
video["39_2"] = ["Bat Pollinating Agave Plant (31.10)","BatPollinating-V.html"]
video["40"] = ["Bee Pollinating (17.12)","BeePollinating-V.html"] // 16
video["41"] = ["Flowering Plant Life Cycle (time-lapse) (31.10)","PlantTimeLapse-V.html"] // 16
video["42"] = ["Earthworm Locomotion (18.10)","EarthwormLocomot-V.html"] 
video["42_2"] = ["Earthworm Locomotion (30.1)","EarthwormLocomot-V.html"] 
video["43"] = ["<i>Allomyces</i> Zoospore Release (17.15)","AllomycesSpore-V.html"] // 16
video["44"] = ["<i>Phlyctochytrium</i> Zoospore Release (17.15)","PhlyctochytriumSpore-V.html"] // 16
video["45"] = ["Water Mold Oogonium (17.15)","WaterMoldOogonium-V.html"] // 16
video["46"] = ["Water Mold Zoospores (17.15)","WaterMoldZoospores-V.html"] // 16
video["47"] = ["Flapping Geese (19.7)","FlappingGeese-V.html"] 
video["47_2"] = ["Flapping Geese (30.1)","FlappingGeese-V.html"]
video["48"] = ["Soaring Hawk (19.7)","SoaringHawk-V.html"] 
video["48_2"] = ["Soaring Hawk (30.1)","SoaringHawk-V.html"] 
video["49"] = ["Swans Taking Flight (19.7)","SwansTakeFlight-V.html"] 
video["49_2"] = ["Swans Taking Flight (30.1)","SwansTakeFlight-V.html"] 
video["50"] = ["Hydra Eating <i>Daphnia</i> (time-lapse) (18.6)","HydraEating-V.html"] // 17
video["50_2"] = ["Hydra Eating <i>Daphnia</i> (time-lapse) (21.3)","HydraEating-V.html"] // 17
video["51"] = ["Thimble Jellies (18.6)","ThimbleJellies-V.html"] // 17
video["52"] = ["Hydra Releasing Sperm (18.6)","HydraSperm-V.html"] // 17
video["53"] = ["Jelly Swimming (18.6)","JellySwimming-V.html"] // 17
video["53_2"] = ["Jelly Swimming (30.1)","JellySwimming-V.html"] // 17
video["54"] = ["<i>C. Elegans</i> Crawling (18.8)","CElegansCrawl-V.html"] // 17
video["55"] = ["<i>C. Elegans</i> Development (time-lapse) (11.2)","CElegansEmbryo-V.html"] // 17
video["55_2"] = ["<i>C. Elegans</i> Development (time-lapse) (18.8)","CElegansEmbryo-V.html"] // 17
video["56"] = ["Nudibranchs (18.9)","Nudibranchs-V.html"] // 17
video["57"] = ["Lobster Mouth Parts (18.11)","LobsterMouthParts-V.html"] // 17
video["57_2"] = ["Lobster Mouth Parts (21.1)","LobsterMouthParts-V.html"] // 17
video["58"] = ["Butterfly Emerging (18.12)","ButterflyEmerge-V.html"] // 17
video["59"] = ["Echinoderm Tube Feet (18.13)","EchinodermTubeFeet-V.html"] 
video["59_2"] = ["Echinoderm Tube Feet (30.1)","EchinodermTubeFeet-V.html"] 
video["60"] = ["Manta Ray (19.3)","MantaRay-V.html"] 
video["60_2"] = ["Manta Ray (30.1)","MantaRay-V.html"] 
video["61"] = ["Bat Licking Nectar (19.8)","BatLicking-V.html"] 
video["61_2"] = ["Bat Licking Nectar (31.10)","BatLicking-V.html"]
video["Gibbons"] = ["Gibbons Brachiating (19.10)","GibbonBrachiating-V.html"] 
video["Gibbons_2"] = ["Gibbons Brachiating (30.7)","GibbonBrachiating-V.html"] 
video["62"] = ["Ducklings (35.5)","Ducklings-V.html"] // 18
video["63"] = ["Chimp Cracking Nut (19.10)","ChimpCrackNut-V.html"] 
video["63_3"] = ["Chimp Cracking Nut (35.11)","ChimpCrackNut-V.html"] 
video["64"] = ["Chimp Agonistic Behavior (35.21)","ChimpAgonistic-V.html"] 
video["65"] = ["Snake Ritual Wrestling (13.12)","SnakeWrestle-V.html"] 
video["65_2"] = ["Snake Ritual Wrestling (35.19)","SnakeWrestle-V.html"]
video["66"] = ["Wolves Agonistic Behavior (35.19)","WolvesAgonistic-V.html"] 
video["67"] = ["Albatross Courtship Ritual (13.14)","AlbatrossCourtship-V.html"] 
video["67_2"] = ["Albatross Courtship Ritual (35.14)","AlbatrossCourtship-V.html"] 
video["67_3"] = ["Albatross Courtship Ritual (14.3)","AlbatrossCourtship-V.html"] 
video["68"] = ["Blue-footed Boobies Courtship Ritual (13.14)","BoobiesCourtship-V.html"] 
video["68_2"] = ["Blue-footed Boobies Courtship Ritual (35.14)","BoobiesCourtship-V.html"] 
video["68_3"] = ["Blue-footed Boobies Courtship Ritual (14.3)","BoobiesCourtship-V.html"] 
video["69"] = ["Giraffe Courtship Ritual (14.3)","GiraffeCourtship-V.html"] 
video["69_2"] = ["Giraffe Courtship Ritual (35.14)","GiraffeCourtship-V.html"]
video["70"] = ["Coral Reef (34.6)","CoralReef-V.html"] 
video["70_2"] = ["Coral Reef (38.2)","CoralReef-V.html"] 
video["71"] = ["Clownfish and Anemone (37.4)","ClownfishAnemone-V.html"] // 19
video["72"] = ["Hydrothermal Vent (16.6)","HydrothermalVent-V.html"] 
video["72_2"] = ["Hydrothermal Vent (34.6)","HydrothermalVent-V.html"] 
video["73"] = ["Tubeworms (15.15)","Tubeworms-V.html"] 
video["73_2"] = ["Tubeworms (34.6)","Tubeworms-V.html"]
video["74"] = ["Shark Eating a Seal (19.3)","SharkEatSeal-V.html"] 
video["74_2"] = ["Shark Eating a Seal (21.1)","SharkEatSeal-V.html"] 
video["74_3"] = ["Shark Eating a Seal (37.8)","SharkEatSeal-V.html"]
video["75"] = ["T Cell Receptors (24.5)","TCellReceptors-V.html"] // 24
video["76"] = ["Frog Embryo Development (27.12)","FrogDevelop-V.html"] // 26
video["77"] = ["Rotifer (18.8)","Rotifer-V.html"] // 26
video["78"] = ["Sea Urchin Embryonic Development (time-lapse) (27.12)","SeaUrchinTimeLapse-V.html"] // 26
video["79"] = ["Root Growth in a Radish Seed (31.7)","RootGrowth-V.html"] // 28
video["80"] = ["Phototropism (33.1)","Phototropism-V.html"] // 29
video["81"] = ["Gravitropism (33.9)","Gravitropism-V.html"] // 29
video["82"] = ["<i>Mimosa</i> Leaf (33.9)","MimosaLeaf-V.html"] // 29
video["83"] = ["Sun Dew Trapping Prey (32.14)","SunDewTrapPrey-V.html"] // 29


// yd[ydID] = title path
var yd = new Array();
yd["Bacteria"] 		= ["What Can We Do About Antibiotic-resistant Bacteria? (13.15)","antibiotics.html"] // 01
yd["Diets"] 		= ["Low-fat or Low-carb Diets&mdash;Which is Healthier? (3.6)","diet.html"] // 03 and 22
yd["CellPhones"] 	= ["Do Cell Phones Cause Brain Cancer? (11.21)","cancer.html"] // 11
yd["Smoke"] 		= ["Is Second-hand Smoke Dangerous? (22.7)","smoke.html"] // 11 and 23
yd["Ephedra"] 		= ["Is Ephedra Safe and Effective? (21.22)","supplements.html"] // 13 and 29
yd["Extinction"] 	= ["Can We Prevent Species Extinction? (38.11)","extinction.html"] // 14 and 20
yd["GlobalWarming"] = ["Does Human Activity Cause Global Warming? (38.6)","warming.html"] // 20



// graph[graphID] = title path
var graph = new Array();
graph["Intro"] 			= ["An Introduction to Graphing (1.8)","intro.html"] // 01
graph["Age"] 			= ["Age Pyramids and Population Growth (36.9)","age.html"] // 18
graph["Species"] 		= ["Species Area Effect and Island Biogeography (37.10)","species.html"] // 19
graph["Animal"] 		= ["Animal Food Production Efficiency and Food Policy (37.17)","animal.html"] // 19
graph["Atmospheric"]	= ["Atmospheric CO<sub>2</sub> and Temperature Changes (38.6)","atmospheric.html"] // 19
graph["Fisheries"] 		= ["Global Fisheries and Overfishing (38.3)","fisheries.html"] // 20
graph["Municipal"] 		= ["Municipal Solid Waste Trends in the U.S.","municipal.html"] // 20
graph["Forestation"] 	= ["Forestation Change (38.3)","forestation.html"] // 20
graph["Freshwater"] 	= ["Global Fresh Water Resources (38.3)","freshwater.html"] // 20
graph["Prospects"] 		= ["Prospects for Renewable Energy","prospects.html"] // 20
graph["Soil"] 			= ["Global Soil Degradation (32.9)","soil.html"] // 29



//	write out chapter title at top of all content pages
function writeTitle(ebkID) {	//	ebkID ~ 0100 (for Chapter 1)
	var grabEBK = cc6[ebkID];
	var title = grabEBK[2];
	document.write(title);
	}
//	write ebook link in chapter guide (with ebook image)
function writeEBK(ebkID) {		//	ebkID ~ 0101 (for Chapter 1 A-head 1)
	var grabEBK = cc6[ebkID];
	var chap = grabEBK[0];
	var mod = grabEBK[1];
	var title = grabEBK[2];
	document.write(title);
	}
	
	
//	write review/summary ebook link in chapter guide (with ebook image)
function writeEBKend(ebkID) {	//	ebkID ~ 0100 (for Chapter 1 Review/Summary)
	var grabEBK = cc6[ebkID];
	var chap = grabEBK[0];
	document.write("<img src='" + imgEBK + "' alt='ebook' border='0' width='16' height='14' align='absmiddle' /> <a href='javascript:void(0);' onclick=\"openEBK('" + baseUrl + "?" + chap + ".sum');\" class='ebook'>Chapter Review</a>");
	}


//	listEBK (used to list ebook links in feedback)
function listEBK(ebkID) {
	var grabEBK = cc6[ebkID];
	var chap = grabEBK[0];
	var mod = grabEBK[1];
	var title = grabEBK[2];
	document.write("<img src='" + imgEBK + "' alt='ebook' border='0' width='16' height='14' align='absmiddle' /> <a href='javascript:void(0);' onclick=\"openEBK('" + baseUrl + "?" + chap + "');\" class='list'>" + title + "</a>");
	}
//	listACT (used to list activity links in chapter guides and quizzes/feedback)
function listACT(actID) {
	var grabACT = act[actID];
	var actTitle = grabACT[0];
	var actVolume = grabACT[1];
	var actFolder = grabACT[2];
	if ((document.referrer.indexOf('bc_campbell_concepts_6_oa') >= 0) || (window.location.href.indexOf('bc_campbell_concepts_6_oa') >= 0))
		{
		document.write("(<a href='http://wps.aw.com/bc_campbell_concepts_6' target='_blank');\>Activity: Premium Content</a>)");
		}
	else 
		{
		document.write("<a href='javascript:void(0);' onclick=\"openACT('" + actVolume + actFolder + "/st01/frame.html');\" class='list'>Activity: " + actTitle + "</a>");
		}
	}
	
//	listMP3 (list link with image in chapter guides and feedback)
function listMP3(mp3ID) {
	var grabMP3 = mp3[mp3ID];
	var MP3title = grabMP3[0];
	if ((document.referrer.indexOf('bc_campbell_concepts_6_oa') >= 0) || (window.location.href.indexOf('bc_campbell_concepts_6_oa') >= 0))
		{
		document.write("(<a href='http://wps.aw.com/bc_campbell_concepts_6' target='_blank');\>MP3 Tutors: Premium Content</a>)");
		}
	else 
		{
	document.write("<img src='" + imgMP3 + "' alt='MP3 Tutor' border='0' width='20' height='16' align='absmiddle' /><a href='javascript:void(0);' onclick=\"openMP3('" + mp3ID + "');\" class='list'>MP3 Tutor: " + MP3title + "</a>");
		}
	}
	
//	listDEC (list link with image in chapter guides and feedback)
function listDEC(decID) {
	var grabDEC = dec[decID];
	var DECtitle = grabDEC[0];
var DECcode = grabDEC[1];
//check to see if the quiz is being called from a CC course and deploy CC message if so
	if(document.location.href.indexOf('wpscms')!==-1){
	document.write("<a href='javascript:void(0);' onclick=\"openDEC('http://media.pearsoncmg.com/bc/bc_campbell_essentials_3/discvids/_html/index.htm?info_text=cms_"+DECcode+"');\" class='list'>Discovery Channel Video: " + DECtitle + "</a>");
	} else {
	document.write("<a href='javascript:void(0);' onclick=\"openDEC('http://media.pearsoncmg.com/bc/bc_campbell_essentials_3/discvids/_html/index.htm?info_text=cc6_"+DECcode+"');\" class='list'>Discovery Channel Video: " + DECtitle + "</a>");
	}
}
	
//	listCS (list link with image in chapter guides and feedback)
function listCS(csID) {
	var grabCS = cs[csID];
	var CStitle = grabCS[0];
	var CSfile = grabCS[1];
	document.write("<a href='javascript:void(0);' onclick=\"openCS('" + CSPOS + CSfile + "/index.html');\" class='list'>Process of Science: " + CStitle + "</a>");
	}
	
//	listVIDEO (list link with image in chapter guides and feedback)
function listVIDEO(videoID) {
	var grabVIDEO = video[videoID];
	var VIDEOtitle = grabVIDEO[0];
	var VIDEOfile = grabVIDEO[1];
	document.write("<a href='javascript:void(0);' onclick=\"openVIDEO('" + VIDEOS + VIDEOfile + "');\" class='list'>Video: " + VIDEOtitle + "</a>");
	}
	
//	listYD (list link with image in chapter guides and feedback)
function listYD(ydID) {
	var grabYD = yd[ydID];
	var YDtitle = grabYD[0];
	var YDfile = grabYD[1];
	document.write("<a href='javascript:void(0);' onclick=\"openYD('" + MLyd + YDfile +"');\" class='list'>You Decide: " + YDtitle + "</a>");
	}
	
//	listGRAPH (list link with image in chapter guides and feedback)
function listGRAPH(graphID) {
	var grabGRAPH = graph[graphID];
	var GRAPHtitle = grabGRAPH[0];
	var GRAPHfile = grabGRAPH[1];
	

//check to see if the feature is being called from a CC course and eliminate quiz if so
	if(document.location.href.indexOf('wpscms')!==-1){
		document.write("<a href='javascript:void(0);' onclick=\"openGRAPH('" + MLgraphCms + GRAPHfile + "');\" class='list'>GraphIt!: " + GRAPHtitle + "</a>");
		} else {
		document.write("<a href='javascript:void(0);' onclick=\"openGRAPH('" + MLgraph + GRAPHfile + "');\" class='list'>GraphIt!: " + GRAPHtitle + "</a>");
		}
	}
	
//	list a single (ebook) link with image in quizzes/feedback
//function quizEBK(ebkID) {
//	var grabEBK = cc6[ebkID];
//	var chap = grabEBK[0];
//	var mod = grabEBK[1];
//	var title = grabEBK[2];
//	document.write("(<img src='" + imgEBK + "' alt='ebook' border='0' width='16' height='14' align='absmiddle' /> <a href='javascript:void(0);' onclick=\"openEBK('" + baseUrl + "?" + chap + "." + mod + "');\" class='quizLink'>" + title + "</a>)");
//	}
	
// new version of quizEBK() handles multiple arguments, fixes the multiple module listing problem in quizzes & feedback.

function quizEBK() {   
	var items = arguments.length   
	document.write("(") ;  
	for (i = 0;i < items;i++)   
	{      
		var grabEBK = cc6[arguments[i]];
		var chap = grabEBK[0];
		var mod = grabEBK[1];
		var title = grabEBK[2];
		if (i > 0) {document.write(", "); }
		if (arguments[i].indexOf("q") < 0) // If it's not for a "Chapter # Opening Essay" link
		{
			if ((document.referrer.indexOf('bc_campbell_concepts_6_oa') >= 0) || (window.location.href.indexOf('bc_campbell_concepts_6_oa') >= 0))
			{
			document.write("see book section: "+ title);
			}
			else
			{
			document.write("<img src='" + imgEBK + "' alt='ebook' border='0' width='16' height='14' align='absmiddle' /> <a href='javascript:void(0);' onclick=\"openEBK('" + baseUrl + "?" + chap + "." + mod + "');\" class='quizLink'>" + title + "</a>");
			}
		}
		else // Don't pass "." + mod
		{
			if ((document.referrer.indexOf('bc_campbell_concepts_6_oa') >= 0) || (window.location.href.indexOf('bc_campbell_concepts_6_oa') >= 0))
			{
			document.write("see book section: "+ title);
			}
			else {
			document.write("<img src='" + imgEBK + "' alt='ebook' border='0' width='16' height='14' align='absmiddle' /> <a href='javascript:void(0);' onclick=\"openEBK('" + baseUrl + "?" + chap+ "');\" class='quizLink'>" + title + "</a>");
			}
		}
	}   
	document.write(")") ;
	} 	
	
	
//	list (activity) link in quizzes/feedback (not used in cc6)
function quizACT(actID) {
	var grabACT = act[actID];
	var actTitle = grabACT[0];
	var actVolume = grabACT[1];
	var actFolder = grabACT[2];
	document.write("(<a href='javascript:void(0);' onclick=\"openACT('" + actVolume + actFolder + "/st01/frame.html');\" class='list'>Activity: " + actTitle + "</a>)");
	}
	




////////////////////////////////////////////////// functional
var ebkString = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=1,resizable=1,width=800,height=600,screenX=100,screenY=100,left=100,top=100';
var actString = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=1,resizable=1,width=800,height=600,screenX=100,screenY=100,left=100,top=100';
var etutString = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=1,resizable=1,width=1004,height=728,screenX=100,screenY=100,left=100,top=100';
var decString = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=1,resizable=1,width=1024,height=753,screenX=100,screenY=100,left=100,top=100';
var mp3String = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=1,resizable=1,width=650,height=800,screenX=100,screenY=100,left=100,top=100';
var csString = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=1,resizable=1,width=800,height=600,screenX=10,screenY=10,left=10,top=10';
var videoString = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=1,resizable=1,width=600,height=360,screenX=100,screenY=100,left=100,top=100';
var ydString = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=0,resizable=1,width=1010,height=690,screenX=10,screenY=10,left=10,top=10';
var graphString = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=0,resizable=1,width=800,height=750,screenX=10,screenY=10,left=10,top=10';
var graphStringCms = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=0,resizable=1,width=800,height=530,screenX=10,screenY=10,left=10,top=10';

// BLAST animations
	function openblast(thefile) { 
	var blasturl = "http://media.pearsoncmg.com/bc/bc_0media_bio/blast/index.htm?";
	var blastwin = window.open(blasturl+thefile,'blastwin','menubar=0,toolbar=0,location=0,status=0,scrollbars=1,resizable=1,width=780,height=560,screenX=10,screenY=10,left=10,top=10')
	blastwin.focus(); 
	}

function openEBK(path) {
	var ebkWin = window.open(path,'ebkWin',ebkString);
	ebkWin.focus()	}
	
function openACT(path) {
	var actWin = window.open(path,'actWin',actString);
	actWin.focus()	}
	

function openDEC(path) {
	var decWin = window.open(path,'decWin',decString);
	decWin.focus()	}
	
function openMP3(which) {
	var path = "http://media.pearsoncmg.com/bc/bc_0media_bio/mp3tutors/h/";
	var docTitle = document.title;
	var mp3Url = path+which+".html?5&"+which;
	if (docTitle.match("Pre-Test") ){ //if the function is called from a Pre-Test, open a new window
	var mp3Win = window.open(mp3Url,'mp3Win',mp3String);
	mp3Win.focus();	
		} else { //if the function is called from anywhere else, open in the main window
	window.location.href = mp3Url;
	window.event.returnValue = false;
		}
}	
//codes for different CWs are as follows (add here and in bc_0media_bio/mp3tutors/inc/scripts.js file [line 41] incrementally as needed):
//The number in the query string specifies the location in array "mtq": EB3=0, CC5=1, C7E=2, c8e=3, c8eAP=4, cc6=5

	
function openCS(path) {
	var csWin = window.open(path,'csWin',csString);
	csWin.focus()	}
	
function openVIDEO(path) {
	var videoWin = window.open(path,'videoWin',videoString);
	videoWin.focus()	}
	
function openYD(path) {
	var ydWin = window.open(path,'ydWin',ydString);
	ydWin.focus()	}
	
function openGRAPH(path) {
	
	//check to see if the feature is being called from a CC course and eliminate quiz if so
	if(document.location.href.indexOf('wpscms')!==-1){
		var graphWin = window.open(path,'graphWin',graphStringCms);
		} else {
		var graphWin = window.open(path,'graphWin',graphString);
		}
	graphWin.focus()	}

////////////////////////////////////////////////// global


loadScript("http://media.pearsoncmg.com/bc/bc_0media_bio/bioflix/inc/scripts.js");

//	listETUT (list link with image in chapter guides and feedback)
var etutString = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=1,resizable=1,width=1024,height=750,screenX=100,screenY=100,left=100,top=100';
function listETUT(etutID) {
	var grabETUT = bioFlixArray[etutID];
	var ETUTtitle = grabETUT[0];
	var etpath = grabETUT[1];
	
	if ((document.referrer.indexOf('bc_campbell_concepts_6_oa') >= 0) || (window.location.href.indexOf('bc_campbell_concepts_6_oa') >= 0))
		{
			document.write("(<a href='http://wps.aw.com/bc_campbell_concepts_6' target='_blank');\>BioFlix: Premium Content</a>)");
		}
		else
		{
			document.write("<img src='" + imgETUT + "' alt='BioFlix' border='0' width='20' height='16' align='absmiddle' /><a href='javascript:void(0);' onclick=\"openETUT('bioflix.htm?cc6" + etpath + "');\" class='list'>BioFlix: " + ETUTtitle + "</a>");
		}
	}
	
function tocETUT(etutID) {
// etut[etutID] = title
	var grabETUT = bioFlixArray[etutID];
	var ETUTtitle = grabETUT[0]; //alert(ETUTtitle);
	var etpath = grabETUT[1];
	if (etutID == "Animal"){
		document.write("<a href='javascript:void(0);' onclick=\"openETUT('bioflix.htm?cc6" + etpath + "');\" class='mp3' id='first'>BioFlix: " + ETUTtitle + "</a>");
	}
	else{
		document.write("<a href='javascript:void(0);' onclick=\"openETUT('bioflix.htm?cc6" + etpath + "');\" class='mp3'>BioFlix: " + ETUTtitle + "</a>");
	}
}
	
function openETUT(etpath) {
	var msloc = "http://media.pearsoncmg.com/bc/bc_0media_bio/bioflix/"; 
	var etutWin = window.open(msloc+etpath,'etutWin',etutString);
	etutWin.focus()	}

function tocMP3(mp3ID) {
	var grabMP3 = mp3[mp3ID];
	var MP3title = grabMP3[0];
	document.write("<a href='javascript:void(0);' onclick=\"openMP3('" + mp3ID + "');\" class='mp3'>" + MP3title + "</a>");
	}
	
//*****************************************notice 'eb3_' added to the below function for Discovery Video repurposing - this has to be done for each volume - swright 031307***********************************
function tocDEC(decID) {
	var grabDEC = dec[decID];
	var DECtitle = grabDEC[0];
	var DECcode = grabDEC[1];
	//check to see if the quiz is being called from a CC course and deploy CC message if so
		if(document.location.href.indexOf('wpscms')!==-1){ //point to cms_ version for CC course
		document.write("<a href='javascript:void(0);' onclick=\"openDEC('http://media.pearsoncmg.com/bc/bc_campbell_essentials_3/discvids/_html/index.htm?info_text=cms_"+DECcode+"');\" class='dec'>" + DECtitle + "</a>");
		} else {
		document.write("<a href='javascript:void(0);' onclick=\"openDEC('http://media.pearsoncmg.com/bc/bc_campbell_essentials_3/discvids/_html/index.htm?info_text=cc6_"+DECcode+"');\" class='dec'>" + DECtitle + "</a>");
		}
	}	
	
function tocYD(ydID) {
	var grabYD = yd[ydID];
	var YDtitle = grabYD[0];
	var YDfile = grabYD[1];
	document.write("<a href='javascript:void(0);' onclick=\"openYD('" + MLyd + YDfile +"');\" class='youdecide'>" + YDtitle + "</a>");
	}
function tocGRAPH(graphID) {
	var grabGRAPH = graph[graphID];
	var GRAPHtitle = grabGRAPH[0];
	var GRAPHfile = grabGRAPH[1];
	document.write("<a href='javascript:void(0);' onclick=\"openGRAPH('" + MLgraph + GRAPHfile + "');\" class='graphit'>" + GRAPHtitle + "</a>");
	}
	
	
function openFlashcards() {
	var winString = 'menubar=0,toolbar=no,location=0,status=0,scrollbars=0,resizable=0,width=675,height=550,screenX=100,screenY=100,left=100,top=100,location=no,status=no';
	var FlashWin = window.open('http://media.pearsoncmg.com/bc/bc_campbell_concepts_6/flashcards/index.html','Flashcards',winString);
	FlashWin.focus()
	}
	
function writeFlashcardsIndex(){
	//openFlashcards();
	var fHTML = '<span class=modDescription><br>';
		fHTML += '<p><a href="javascript:openFlashcards()">Use electronic flashcards to test your knowledge of key terms</a> in each chapter or multiple chapters.</p>';
		//fHTML += '<p>The Flashcards should open automatically in a new window. If they do not, ';
		//fHTML += 'click here</a> to open them.</p>';
		fHTML += '</span>';
	document.write(fHTML);
}



//	GLOSSARY 
function openGlossary() {
	url = "http://media.pearsoncmg.com/bc/bc_campbell_concepts_6/glossary/index.html";
	glossString = "menubar=no,toolbar=no,location=no,status=no,scrollbars=yes,resizable=yes,width=700,height=500,screenX=100,screenY=100,left=100,top=100";
	GlossaryWin = window.open(url,"Glossary",glossString);
	GlossaryWin.focus();
}
	
function openEBOOK() {
	var EBOOKWin = window.open(baseUrl,'ebkWin',ebkString);
	EBOOKWin.focus()
	}
function openCumulative() {
	var winString = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=0,resizable=0,width=700,height=550,screenX=100,screenY=100,left=100,top=100';
	var CumulativeWin = window.open('http://media.pearsoncmg.com/bc/bc_campbell_concepts_6/cumulative/CC6e_ct.html','Cumulative',winString);
	CumulativeWin.focus()
	}



////////////////////////////////////////////////// bullets
function bullet1() {document.write("<img src='http://media.pearsoncmg.com/bc/bc_campbell_concepts_6/img/bullet1.gif' alt='Focus Your Effort' border='0' width='20' height='20' align='absmiddle'>&nbsp;<span class='bullet'>Focus Your Effort</span>");}
function bullet2() {document.write("<img src='http://media.pearsoncmg.com/bc/bc_campbell_concepts_6/img/bullet2.gif' alt='Direct Your Learning' border='0' width='20' height='20' align='absmiddle'>&nbsp;<span class='bullet'>Direct Your Learning</span>");}
function bullet3() {document.write("<img src='http://media.pearsoncmg.com/bc/bc_campbell_concepts_6/img/bullet3.gif' alt='Test Yourself' border='0' width='20' height='20' align='absmiddle'>&nbsp;<span class='bullet'>Test Yourself</span>");}
function bullet4() {document.write("<img src='http://media.pearsoncmg.com/bc/bc_campbell_concepts_6/img/bullet4.gif' alt='Extend Your Knowledge' border='0' width='20' height='20' align='absmiddle'>&nbsp;<span class='bullet'>Extend Your Knowledge</span>");}


////////////////////////////////////////////////// Media Art
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function MM_displayStatusMsg(msgStr) { //v1.0
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  document.MM_returnValue = true;
}

function MM_preloadImages() { //v3.0
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function MM_swapImgRestore() { //v3.0
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function MM_findObj(n, d) { //v4.01
  var p,i,x;  if(!d) d=document; if((p=n.indexOf("?"))>0&&parent.frames.length) {
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  if(!x && d.getElementById) x=d.getElementById(n); return x;
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function MM_swapImage() { //v3.0
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}

function MM_openBrWindow(theURL,winName,features) { //v2.0
  myWin=window.open(theURL,winName,features);
  myWin.focus();
}

/* =-=-=-= YOU DECIDE =-=-=-= */

function openYouDecide(unit){
	var ydPath = 'http://media.pearsoncmg.com/bc/bc_campbell_concepts_6/YouDecide_qz/'+unit+'.html';
	var ydWin = window.open(ydPath,'YouDecide','menubar=0,toolbar=0,location=0,status=0,scrollbars=auto,resizable=1,width=1024,height=768')
}


/* =-=-=-= BLOL Activities =-=-=-= */
function popBLOL(){
	window.open('http://www.biologylabsonline.com/','BLOL');
}

var aBLOL = new Array();
	aBLOL['HemoglobinLab'] = ['chapter3','essay21','essay22','essay23','essay24','essay25'];
	aBLOL['EnzymeLab'] = ['chapter5','essay21','essay22','essay23','essay24','essay25'];
	aBLOL['MitochondriaLab'] = ['chapter6','essay21','essay22','essay23','essay24'];
	aBLOL['LeafLab'] = ['chapter7','essay21','essay22','essay23','essay24','essay25','essay26'];
	aBLOL['FlyLab'] = ['chapter9','essay23','essay24','essay25','essay26','essay27','essay28'];
	aBLOL['TranslationLab'] = ['chapter10','essay21','essay22'];
	aBLOL['PedigreeLab'] = ['chapter12','essay21','essay22'];
	aBLOL['EvolutionLab'] = ['chapter13','essay21','essay22','essay23','essay24'];
	aBLOL['PopGenLab'] = ['chapter14','essay21','essay22','essay23','essay24','essay25','essay26','essay27'];
	aBLOL['CardioLab'] = ['chapter23','essay21','essay22','essay23','essay24','essay25','essay26','essay27','essay28'];
	aBLOL['DemoLab'] = ['chapter35','essay21','essay22','essay23','essay24','essay25','essay26','essay27','essay28','essay29'];
	aBLOL['PopEcoLab'] = ['chapter36','essay21','essay22','essay23','essay24','essay25'];

	

function goBLOLquiz(lab,quizNum){
	var msLabPath = 'http://media.pearsoncmg.com/bc/bc_campbell_concepts_4/medialib/assets/interactivemedia/BLOL/';
	var qPath = msLabPath + aBLOL[lab][0] + '/' + aBLOL[lab][quizNum] + '/deluxe-content.html';
	window.open(qPath,'BLOL','menubar=0,toolbar=0,location=0,status=0,scrollbars=1,resizable=1,width=800,height=600');
}

//ih

function ihSub1() {document.write("<div class=\"inst_home\">Prepared PowerPoint&#174; Tools</div>");}


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jpegImgsArray["33"] = {labeledImgSize:"5.39 MB", unlabeledImgSize:"4.42 MB", extraImgSize:"230 KB"};
jpegImgsArray["34"] = {labeledImgSize:"6.15 MB", unlabeledImgSize:"5.77 MB", extraImgSize:"451 KB"};
jpegImgsArray["35"] = {labeledImgSize:"6.30 MB", unlabeledImgSize:"5.99 MB", extraImgSize:"277 KB"};
jpegImgsArray["36"] = {labeledImgSize:"4.79 MB", unlabeledImgSize:"3.55 MB", extraImgSize:"213 KB"};
jpegImgsArray["37"] = {labeledImgSize:"5.75 MB", unlabeledImgSize:"5.02 MB", extraImgSize:"372 KB"};
jpegImgsArray["38"] = {labeledImgSize:"5.29 MB", unlabeledImgSize:"5.03 MB", extraImgSize:"171 KB"};


var assetArray = new Array();
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assetArray["02"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["03"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["04"] = {bioflix:{hasIt:true, size:"107 MB"}, discovery:{hasIt:true, size:"34.3 MB"}};
assetArray["05"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["06"] = {bioflix:{hasIt:true, size:"66.7 MB"}, discovery:{hasIt:true, size:"36.7 MB"}};
assetArray["07"] = {bioflix:{hasIt:true, size:"65.7 MB"}, discovery:{hasIt:true, size:"29.1 MB"}};
assetArray["08"] = {bioflix:{hasIt:true, size:"102 MB"}, discovery:{hasIt:false, size:""}};
assetArray["09"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["10"] = {bioflix:{hasIt:true, size:"50.1 MB"}, discovery:{hasIt:true, size:"37.0 MB"}};
assetArray["11"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"32.2 MB"}};
assetArray["12"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"58.3 MB"}};
assetArray["13"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"44.8 MB"}};
assetArray["14"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["15"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"87.0 MB"}};
assetArray["16"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"78.4 MB"}};
assetArray["17"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"45.4 MB"}};
assetArray["18"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"32.3 MB"}};
assetArray["19"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"38.2 MB"}};
assetArray["20"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"34.4 MB"}};
assetArray["21"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"24.4 MB"}};
assetArray["22"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["23"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"28.1 MB"}};
assetArray["24"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"80.7 MB"}};
assetArray["25"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["26"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"28.9 MB"}};
assetArray["27"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["28"] = {bioflix:{hasIt:true, size:"58.9 MB"}, discovery:{hasIt:true, size:"54.7 MB"}};
assetArray["29"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["30"] = {bioflix:{hasIt:true, size:"56.1 MB"}, discovery:{hasIt:true, size:"25.2 MB"}};
assetArray["31"] = {bioflix:{hasIt:true, size:"28.1 MB"}, discovery:{hasIt:true, size:"36.3 MB"}};
assetArray["32"] = {bioflix:{hasIt:true, size:"51.3"}, discovery:{hasIt:true, size:"32.2 MB"}};
assetArray["33"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["34"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"67.2 MB"}};
assetArray["35"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["36"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:false, size:""}};
assetArray["37"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"29.1 MB"}};
assetArray["38"] = {bioflix:{hasIt:false, size:""}, discovery:{hasIt:true, size:"74.4 MB"}};


var AniVidArray = new Array();
AniVidArray["01"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"57.3 MB"}};
AniVidArray["02"] = {animations:{hasIt:true, size:"1.12 MB"}, extraAnimations:{hasIt:true, size:"4.35 MB"}, videos:{hasIt:false, size:""}};
AniVidArray["03"] = {animations:{hasIt:true, size:"1.63 MB"}, extraAnimations:{hasIt:true, size:"29.5 MB"}, videos:{hasIt:false, size:""}};
AniVidArray["04"] = {animations:{hasIt:true, size:"2.26 MB"}, extraAnimations:{hasIt:true, size:"25.6 MB"}, videos:{hasIt:true, size:"18.4 MB"}};
AniVidArray["05"] = {animations:{hasIt:true, size:"3.58 MB"}, extraAnimations:{hasIt:true, size:"18.7 MB"}, videos:{hasIt:true, size:"31.8 MB"}};
AniVidArray["06"] = {animations:{hasIt:true, size:"148 KB"}, extraAnimations:{hasIt:true, size:"3.23 MB"}, videos:{hasIt:false, size:""}};
AniVidArray["07"] = {animations:{hasIt:true, size:"86.3 KB"}, extraAnimations:{hasIt:true, size:"2.30 MB"}, videos:{hasIt:false, size:""}};
AniVidArray["08"] = {animations:{hasIt:true, size:"1.02 MB"}, extraAnimations:{hasIt:true, size:"3.27 MB"}, videos:{hasIt:true, size:"33.6 MB"}};
AniVidArray["09"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:true, size:"12.0 MB"}, videos:{hasIt:true, size:"6.15 MB"}};
AniVidArray["10"] = {animations:{hasIt:true, size:"28.5 MB"}, extraAnimations:{hasIt:true, size:"38.9 MB"}, videos:{hasIt:false, size:""}};
AniVidArray["11"] = {animations:{hasIt:true, size:"2.13 MB"}, extraAnimations:{hasIt:true, size:"2.38 MB"}, videos:{hasIt:false, size:""}};
AniVidArray["12"] = {animations:{hasIt:true, size:"689 KB"}, extraAnimations:{hasIt:true, size:"25.7 MB"}, videos:{hasIt:true, size:"25.0 MB"}};
AniVidArray["13"] = {animations:{hasIt:true, size:"1.90 MB"}, extraAnimations:{hasIt:true, size:"14.2 MB"}, videos:{hasIt:true, size:"61.6 MB"}};
AniVidArray["14"] = {animations:{hasIt:true, size:"668 KB"}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"25.6 MB"}};
AniVidArray["15"] = {animations:{hasIt:true, size:"3.81 MB"}, extraAnimations:{hasIt:true, size:"223 KB"}, videos:{hasIt:true, size:"7.74 MB"}};
AniVidArray["16"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"140 MB"}};
AniVidArray["17"] = {animations:{hasIt:true, size:"2.24 MB"}, extraAnimations:{hasIt:true, size:"1.19 MB"}, videos:{hasIt:true, size:"31.3 MB"}};
AniVidArray["18"] = {animations:{hasIt:false, size:" MB"}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"126 MB"}};
AniVidArray["19"] = {animations:{hasIt:false, size:" MB"}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"94.1 MB"}};
AniVidArray["20"] = {animations:{hasIt:true, size:"201 KB"}, extraAnimations:{hasIt:true, size:"262 KB"}, videos:{hasIt:true, size:"8.58 MB"}};
AniVidArray["21"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"26.7 MB"}};
AniVidArray["22"] = {animations:{hasIt:true, size:"426 KB"}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:false, size:""}};
AniVidArray["23"] = {animations:{hasIt:true, size:"150 KB"}, extraAnimations:{hasIt:true, size:"2.22 MB"}, videos:{hasIt:false, size:""}};
AniVidArray["24"] = {animations:{hasIt:true, size:"2.16 MB"}, extraAnimations:{hasIt:true, size:"16.6 MB"}, videos:{hasIt:true, size:"534 KB"}};
AniVidArray["25"] = {animations:{hasIt:true, size:"1.39 MB"}, extraAnimations:{hasIt:true, size:"2.41 MB"}, videos:{hasIt:false, size:""}};
AniVidArray["26"] = {animations:{hasIt:true, size:"405 KB"}, extraAnimations:{hasIt:true, size:"4.61 MB"}, videos:{hasIt:false, size:""}};
AniVidArray["27"] = {animations:{hasIt:true, size:"1.94 MB"}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"54.4 MB"}};
AniVidArray["28"] = {animations:{hasIt:true, size:"1.41 MB"}, extraAnimations:{hasIt:true, size:"22.0 MB"}, videos:{hasIt:false, size:" MB"}};
AniVidArray["29"] = {animations:{hasIt:true, size:"187 KB"}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:false, size:""}};
AniVidArray["30"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:true, size:"6.97 MB"}, videos:{hasIt:false, size:""}};
AniVidArray["31"] = {animations:{hasIt:true, size:"913 KB"}, extraAnimations:{hasIt:true, size:"7.29 MB"}, videos:{hasIt:true, size:"39.1 MB"}};
AniVidArray["32"] = {animations:{hasIt:true, size:"2.50 MB"}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"19.8 MB"}};
AniVidArray["33"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"35.5 MB"}};
AniVidArray["34"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"23.9 MB"}};
AniVidArray["35"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:false, size:""}, videos:{hasIt:true, size:"62.9 MB"}};
AniVidArray["36"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:true, size:"454 KB"}, videos:{hasIt:true, size:"15.2 MB"}};
AniVidArray["37"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:true, size:"5.25 MB"}, videos:{hasIt:true, size:"13.8 MB"}};
AniVidArray["38"] = {animations:{hasIt:false, size:""}, extraAnimations:{hasIt:true, size:"664 KB"}, videos:{hasIt:true, size:"9.03 MB"}};

var igArray = new Array();
igArray["01"] = {iguide:{hasIt:true, size:"26 KB"}, pos:{hasIt:true, size:"754 KB"}, graphit:{hasIt:true, size:"1.20 MB"}, testbank:{hasIt:true, size:"80.4 KB"}};
igArray["02"] = {iguide:{hasIt:true, size:"26 KB"}, pos:{hasIt:true, size:"16 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"133 KB"}};
igArray["03"] = {iguide:{hasIt:true, size:"29 KB"}, pos:{hasIt:true, size:"6 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"115 KB"}};
igArray["04"] = {iguide:{hasIt:true, size:"37 KB"}, pos:{hasIt:true, size:"7 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"137 KB"}};
igArray["05"] = {iguide:{hasIt:true, size:"32 KB"}, pos:{hasIt:true, size:"10 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"96.2 KB"}};
igArray["06"] = {iguide:{hasIt:true, size:"23 KB"}, pos:{hasIt:true, size:"4 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"166 KB"}};
igArray["07"] = {iguide:{hasIt:true, size:"24 KB"}, pos:{hasIt:true, size:"829 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"219 KB"}};
igArray["08"] = {iguide:{hasIt:true, size:"36 KB"}, pos:{hasIt:true, size:"11 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"232 KB"}};
igArray["09"] = {iguide:{hasIt:true, size:"29 KB"}, pos:{hasIt:false, size:""}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"147 KB"}};
igArray["10"] = {iguide:{hasIt:true, size:"33 KB"}, pos:{hasIt:true, size:"65 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"63.5 KB"}};
igArray["11"] = {iguide:{hasIt:true, size:"26 KB"}, pos:{hasIt:true, size:"12 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"146 KB"}};
igArray["12"] = {iguide:{hasIt:true, size:"30 KB"}, pos:{hasIt:true, size:"10 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"153 KB"}};
igArray["13"] = {iguide:{hasIt:true, size:"32 KB"}, pos:{hasIt:true, size:"759 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"173 KB"}};
igArray["14"] = {iguide:{hasIt:true, size:"18 KB"}, pos:{hasIt:true, size:"6 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"148 KB"}};
igArray["15"] = {iguide:{hasIt:true, size:"32 KB"}, pos:{hasIt:true, size:"12 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"185 KB"}};
igArray["16"] = {iguide:{hasIt:true, size:"26 KB"}, pos:{hasIt:true, size:"11 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"135 KB"}};
igArray["17"] = {iguide:{hasIt:true, size:"31 KB"}, pos:{hasIt:true, size:"11 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"123 KB"}};
igArray["18"] = {iguide:{hasIt:true, size:"33 KB"}, pos:{hasIt:true, size:"14 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"220 KB"}};
igArray["19"] = {iguide:{hasIt:true, size:"31 KB"}, pos:{hasIt:true, size:"8 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"275 KB"}};
igArray["20"] = {iguide:{hasIt:true, size:"23 KB"}, pos:{hasIt:false, size:""}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"163 KB"}};
igArray["21"] = {iguide:{hasIt:true, size:"31 KB"}, pos:{hasIt:true, size:"5 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"231 KB"}};
igArray["22"] = {iguide:{hasIt:true, size:"20 KB"}, pos:{hasIt:false, size:""}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"240 KB"}};
igArray["23"] = {iguide:{hasIt:true, size:"30 KB"}, pos:{hasIt:true, size:"4 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"254 KB"}};
igArray["24"] = {iguide:{hasIt:true, size:"26 KB"}, pos:{hasIt:true, size:"44 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"72.9 KB"}};
igArray["25"] = {iguide:{hasIt:true, size:"21 KB"}, pos:{hasIt:true, size:"20 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"200 KB"}};
igArray["26"] = {iguide:{hasIt:true, size:"22 KB"}, pos:{hasIt:true, size:"6 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"182 KB"}};
igArray["27"] = {iguide:{hasIt:true, size:"35 KB"}, pos:{hasIt:true, size:"10 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"228 KB"}};
igArray["28"] = {iguide:{hasIt:true, size:"35 KB"}, pos:{hasIt:true, size:"5 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"148 KB"}};
igArray["29"] = {iguide:{hasIt:true, size:"24 KB"}, pos:{hasIt:false, size:""}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"200 KB"}};
igArray["30"] = {iguide:{hasIt:true, size:"24 KB"}, pos:{hasIt:true, size:"5 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"115 KB"}};
igArray["31"] = {iguide:{hasIt:true, size:"27 KB"}, pos:{hasIt:true, size:"18 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"130 KB"}};
igArray["32"] = {iguide:{hasIt:true, size:"20 KB"}, pos:{hasIt:true, size:"10 KB"}, graphit:{hasIt:true, size:"978 KB"}, testbank:{hasIt:true, size:"182 KB"}};
igArray["33"] = {iguide:{hasIt:true, size:"20 KB"}, pos:{hasIt:true, size:"6 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"155 KB"}};
igArray["34"] = {iguide:{hasIt:true, size:"20 KB"}, pos:{hasIt:true, size:"7 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"242 KB"}};
igArray["35"] = {iguide:{hasIt:true, size:"27 KB"}, pos:{hasIt:true, size:"4 KB"}, graphit:{hasIt:false, size:""}, testbank:{hasIt:true, size:"142 KB"}};
igArray["36"] = {iguide:{hasIt:true, size:"20 KB"}, pos:{hasIt:false, size:""}, graphit:{hasIt:true, size:"1.06 MB"}, testbank:{hasIt:true, size:"180 KB"}};
igArray["37"] = {iguide:{hasIt:true, size:"25 KB"}, pos:{hasIt:true, size:"106 KB"}, graphit:{hasIt:true, size:"985 KB"}, testbank:{hasIt:true, size:"407 KB"}};
igArray["38"] = {iguide:{hasIt:true, size:"22 KB"}, pos:{hasIt:true, size:"64 KB"}, graphit:{hasIt:true, size:"3.18 MB"}, testbank:{hasIt:true, size:"205 KB"}};

/*
var noActiveLectureArray = new Array();
noActiveLectureArray = [""]; // Chapters that don't have content for  phase 1
*/

var noAniVidImgsArray = new Array();
noAniVidImgsArray = [""]; // Chapters that don't have content for  phase 1


var noCurrIssArray = new Array();
noCurrIssArray = ["02", "04", "06", "16","18","20","29","33"]; // Chapters that don't have Current Issues content

var noQuizShowArray = new Array();
noQuizShowArray = ["01"]; // Chapter 01 does not have Quiz Show

var noExtraImgArray = new Array();
noExtraImgArray = ["14", "21", "26"]; // Chapters that don't have 'Extra Photos' within 'Art and Photos'

var htmlBuffer = "";
var chapNum;
var msBasePath = 'http:\/\/media.pearsoncmg.com\/bc\/bc_campbell_concepts_6\/ih\/';
var msGlobalImgPath = 'http:\/\/media.pearsoncmg.com\/bc\/bc_0global\/img\/';
var msFolder;

function writePPTLectsForCh(chNum)
{
	var i, j;
	var hasAniVidImgs = true;
	var hasLectPres = true;
	var hasActiveLecture = true;
	var hasCurrIss = true;
	var hasQuizShow = true;
	
	chapNum = chNum;
	htmlBuffer += '<div class="inst_home">PowerPoint Lectures<\/div>';
	//htmlBuffer += '<p>Click the links below to download Label Edit Images and Step Edit Images.<\/p>\n';
	htmlBuffer += '<table cellpadding="0" cellspacing="0" border="0" width="400" id="contentTbl">\n';
		


	writeOneRowOf("lectPres");		
	writeOneRowOf("artPhotos");
	
	 for (j = 0; j < noAniVidImgsArray.length; j++)
	{
		if (chNum == noAniVidImgsArray[j])
		{
			hasAniVidImgs = false;
			break;
		}
	}
	
	if (hasAniVidImgs)
	{
		writeOneRowOf("AniVidPpts");
	} 
	else
	{
		htmlBuffer += '<tr>\n';
		htmlBuffer += '<td width="25">&nbsp;<\/td>\n';
		htmlBuffer += '<td width="16">&nbsp;<\/td><td width="259">Chapter '  + chapNum + ' Animations and Videos <\/td>\n';
		htmlBuffer += '<td width="100">Coming Soon<\/td>\n';
		htmlBuffer += '<\/tr>\n';
	}
	/*
	for (j = 0; j < noActiveLectureArray.length; j++)
	{
		if (chNum == noActiveLectureArray[j])
		{
			hasActiveLecture = false;
			break;
		}
		
	}
	
	if (hasActiveLecture)
	{
		writeOneRowOf("activeLecture");
	} 
	else
	{
		htmlBuffer += '<tr>\n';
		htmlBuffer += '<td width="25">&nbsp;<\/td>\n';
		htmlBuffer += '<td width="16">&nbsp;<\/td><td width="259">Chapter '  + chapNum + ' Active Lecture Questions <\/td>\n';
		htmlBuffer += '<td width="100">Coming Soon<\/td>\n';
		htmlBuffer += '<\/tr>\n';
	} */
	
	writeOneRowOf("activeLecture");
		//curr iss
		for (j = 0; j < noCurrIssArray.length; j++)
	{
		if (chNum == noCurrIssArray[j])
		{
			hasCurrIss = false;
			break;
		}
		
	}
	
	if (hasCurrIss)
	{
		writeOneRowOf("currentIssues");
	} 

	
	// quiz show
			for (j = 0; j < noQuizShowArray.length; j++)
	{
		if (chNum == noQuizShowArray[j])
		{
			hasQuizShow = false;
			break;
		}
		
	}
	
	if (hasQuizShow)
	{
		writeOneRowOf("quizShow");
	} 
	//else
	//{
	//	htmlBuffer += '<tr>\n';
	//	htmlBuffer += '<td width="25">&nbsp;<\/td>\n';
	//	htmlBuffer += '<td width="16">&nbsp;<\/td><td width="259">Chapter '  + chapNum + ' Quiz Show <\/td>\n';
	//	htmlBuffer += '<td width="100">Coming Soon<\/td>\n';
	//	htmlBuffer += '<\/tr>\n';
	//}
	
	
	htmlBuffer += '<\/table>\n';
	document.write(htmlBuffer);
	htmlBuffer = "";
}

// JPEGs of Art and Photos
function writejpegImgsForCh(chNum)
{
	var i, j;
	var hasExtraImgs = true;
	chapNum = chNum;
	htmlBuffer += '<div class="inst_home">Jpegs of Art and Photos<\/div>';
	//htmlBuffer += '<p>Click the links below to download Labeled, Unlabeled, and Extra Images.<\/p>\n';
	htmlBuffer += '<table cellpadding="0" cellspacing="0" border="0" width="400" id="contentTbl">\n';
	writeOneRowOf("labeled");
	writeOneRowOf("unlabeled");
	
	for (j = 0; j < noExtraImgArray.length; j++)
	{
		if (chNum == noExtraImgArray[j])
		{
			hasExtraImgs = false;
			break;
		}
	}
	
	if (hasExtraImgs)
	{
		writeOneRowOf("extra");
	}
	
	htmlBuffer += '<\/table>\n';
	document.write(htmlBuffer);
	htmlBuffer = "";
}

function writeAniVidForCh(chNum)
{
			
		chapNum = chNum;
		htmlBuffer += '<div class="inst_home">Animations and Video Files<\/div>\n';
		//htmlBuffer += '<p>Click the links below to download Animations and Video Files<\/p>\n';
		htmlBuffer += '<table cellpadding="0" cellspacing="0" border="0" width="400" id="contentTbl">\n';
		if (AniVidArray[chNum].animations["hasIt"])
		{
			writeOneRowOf("aniFile");
		}
		if (AniVidArray[chNum].extraAnimations["hasIt"])
		{
			writeOneRowOf("extraAniFile");
		}
		if (AniVidArray[chNum].videos["hasIt"])
		{
			writeOneRowOf("vidFile");
		}
		htmlBuffer += '<\/table>\n';
	
	
	document.write(htmlBuffer);
		
	htmlBuffer = "";
}


//bioflix 
 function writeBioFlixForCh(chNum)
{
	
		chapNum = chNum;
		if (assetArray[chNum].bioflix["hasIt"])
		{
			htmlBuffer += '<div class="inst_home">BioFlix Animations<\/div>\n';
			//htmlBuffer += '<p>Click the links below to download BioFlix Animations<\/p>\n';
			htmlBuffer += '<table cellpadding="0" cellspacing="0" border="0" width="400" id="contentTbl">\n';
			writeOneRowOf("bioflix");
			htmlBuffer += '<\/table>\n';
			document.write(htmlBuffer);
		}
	
		htmlBuffer = "";
}

//discovery videos
function writeDiscVidForCh(chNum)
{
		
		chapNum = chNum;
		if (assetArray[chNum].discovery["hasIt"])
		{
			htmlBuffer += '<div class="inst_home">Discovery Videos<\/div>\n';
			htmlBuffer += '<table cellpadding="0" cellspacing="0" border="0" width="400" id="contentTbl">\n';
			writeOneRowOf("discovery");
			htmlBuffer += '<\/table>\n';
			document.write(htmlBuffer);
		}
			htmlBuffer = "";
}

function writeInstGuideForCh(chNum)
{
	
		chapNum = chNum;
		htmlBuffer += '<div class="inst_home">Instructor Guide<\/div>\n';
		htmlBuffer += '<table cellpadding="0" cellspacing="0" border="0" width="400" id="contentTbl">\n';
		if (igArray[chNum].pos["hasIt"])
		{
		writeOneRowOf("pos");
		}

		if (igArray[chNum].graphit["hasIt"])
		{
		writeOneRowOf("graphit");
		}

		if (igArray[chNum].iguide["hasIt"])
		{
		writeOneRowOf("inst_guide");
		}
		htmlBuffer += '<tr>\n';
		htmlBuffer += '<td width="50">&nbsp;<\/td>\n';
		htmlBuffer += '<td width="16"><img src="' + msGlobalImgPath + 'doc2.gif" border="0" align="top" \/><\/td><td width="259"> <a href="javascript:\/\/"; onClick="javascript:openLinkToZipFile(\'' + msBasePath + 'instructor_guide/Quick_Reference_Guide_CC6e.doc\');" class="ih" >Quick Reference Guide for Concepts and Connections, 6e<\/a><\/td>\n';
		htmlBuffer += '<td width="100">155 KB<\/td>\n';
		htmlBuffer += '<\/tr>\n';
		htmlBuffer += '<tr>\n';
		htmlBuffer += '<td width="50">&nbsp;<\/td>\n';
		htmlBuffer += '<td width="16"><img src="' + msGlobalImgPath + 'doc2.gif" border="0" align="top" \/><\/td><td width="259"> <a href="javascript:\/\/"; onClick="javascript:openLinkToZipFile(\'' + msBasePath + 'instructor_guide/Video_Descriptions_CC6e.doc\');" class="ih" >Video Scripts<\/a><\/td>\n';
		htmlBuffer += '<td width="100">147 KB<\/td>\n';
		htmlBuffer += '<\/tr>\n';
		htmlBuffer += '<tr>\n';
		htmlBuffer += '<td width="50">&nbsp;<\/td>\n';
		htmlBuffer += '<td width="16"><img src="' + msGlobalImgPath + 'doc2.gif" border="0" align="top" \/><\/td><td width="259"> <a href="javascript:\/\/"; onClick="javascript:openLinkToZipFile(\'' + msBasePath + 'instructor_guide/Extra_Photo_Captions_CC6e.doc\');" class="ih" >Extra Photo Captions<\/a><\/td>\n';
		htmlBuffer += '<td width="100">115 KB<\/td>\n';
		htmlBuffer += '<\/tr>\n';
		
		if (igArray[chNum].iguide["hasIt"])
		{
		writeOneRowOf("testbank");
		}
		htmlBuffer += '<\/table>\n';
		
		htmlBuffer += '<table cellpadding="0" cellspacing="0" border="0" width="475" id="contentTbl"><tr><td width="45">&nbsp;<\/td>';
		htmlBuffer += '<td><b>LabBench Quiz Answers<\/b>';
		htmlBuffer += '<ol><li><script type="text/javascript">writeLB("osmans")<\/script><\/li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("enzans")<\/script><\/li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("mchoose")<\/script><\/li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("pchoose")<\/script><\/li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("respans")<\/script></\li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("molchoose")<\/script></\li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("geneticans")<\/script><\/li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("popans")<\/script><\/li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("tchoose")<\/script><\/li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("cchoose")<\/script></\li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("behavan")<\/script><\/li>';
		htmlBuffer += '<li><script type="text/javascript">writeLB("oxyans")<\/script><\/li><\/ol><\/td><\/tr><\/table>';
		document.write(htmlBuffer);
	
		htmlBuffer = "";
}
function writeOneRowOf(rowType)
{
	var fileSize;
	var fileName;
	var linkText;
	var icon = 'zip';
	htmlBuffer += '<tr>\n';
	htmlBuffer += '<td width="50">&nbsp;<\/td>\n';
	switch (rowType)
	{
		case "labeled":
			msFolder = 'art_photos\/labeled\/';
			fileSize = jpegImgsArray[chapNum].labeledImgSize;
			fileName = '_Labeled_Art_And_Photos.zip';
			linkText = 'Labeled Art and Photos';
			break;
		
		case "unlabeled":
			msFolder = 'art_photos\/unlabeled\/';
			fileSize = jpegImgsArray[chapNum].unlabeledImgSize;
			fileName = '_Unlabeled_Art_And_Photos.zip';
			linkText = 'Unlabeled Art and Photos';
			break;
		
		case "extra":
			msFolder = 'art_photos\/extra\/';
			fileSize = jpegImgsArray[chapNum].extraImgSize;
			fileName = '_Extra_Photos.zip';
			linkText = 'Extra Photos';
			break;
			
		case "aniFile":
			msFolder = 'animation_videos\/animations\/';
			fileSize = AniVidArray[chapNum].animations["size"];
			fileName = '_Animations.zip';
			linkText = 'Animations';
			break;
			
		case "extraAniFile":
			msFolder = 'animation_videos\/extra_animations\/';
			fileSize = AniVidArray[chapNum].extraAnimations["size"];
			fileName = '_Extra_Animations.zip';
			linkText = 'Extra Animations';
			break;
			
		case "vidFile":
			msFolder = 'animation_videos\/videos\/';
			fileSize = AniVidArray[chapNum].videos["size"];
			fileName = '_Videos.zip';
			linkText = 'Videos';
			break;
		
		case "lectPres":
			msFolder = 'ppt_tools\/lecture_presentation\/';
			fileSize = pptLecturesArray[chapNum].lecturePresSize;
			fileName = '_Lecture_Presentation.zip';
			linkText = 'Lecture Presentation';
			break;
			
		case "artPhotos":
			msFolder = 'ppt_tools\/art_photos_ppt\/';
			fileSize = pptLecturesArray[chapNum].artPhotoImgSize;
			fileName = '_Art_And_Photos_PPT.zip';
			linkText = 'Art and Photos';
			break;
			
		case "AniVidPpts":
			msFolder = 'ppt_tools\/animations_videos_ppt\/';
			fileSize = pptLecturesArray[chapNum].aniVidImgSize;
			fileName = '_Animations_and_Videos_PPT.zip';
			linkText = 'Animations and Videos';
			break;
			
		case "activeLecture":
			msFolder = 'ppt_tools\/active_lecture_questions\/';
			fileSize = pptLecturesArray[chapNum].activeLectSize;
			fileName = '_Active_Lecture_Questions.zip';
			linkText = 'Active Lecture Questions';
			break;
			
		case "currentIssues":
			msFolder = 'ppt_tools\/current_issues\/';
			fileSize = pptLecturesArray[chapNum].currIssSize;
			fileName = '_Current_Issues.zip';
			linkText = 'Current Issues';
			break;
			
		case "quizShow":
			msFolder = 'ppt_tools\/quiz_show\/';
			fileSize = pptLecturesArray[chapNum].quizShowSize;
			fileName = '_Quiz_Show.ppt';
			linkText = 'Quiz Show';
			icon = 'ppt';
			break;
			
		case "bioflix":
			msFolder = 'bioflix\/';
			fileSize = assetArray[chapNum].bioflix["size"];
			fileName = '_BioFlixAnimations.zip';
			linkText = 'BioFlix Animations';
			break;
			
		case "blast":
			msFolder = 'anim\/';
			fileSize = assetArray[chapNum].blast["size"];
			fileName = '_BLASTAnimations.zip';
			linkText = 'BLAST Animations';
			break;
			
		case "discovery":
			msFolder = 'disc_videos\/';
			fileSize = assetArray[chapNum].discovery["size"];
			fileName = '_Discovery_Videos.zip';
			linkText = 'Discovery Videos';
			break;
			
		case "inst_guide":
			msFolder = 'instructor_guide\/inst_guide\/';
			fileSize = igArray[chapNum].iguide["size"]; 
			fileName = '_Instructor_Guide.doc';
			linkText = 'Instructor Guide';
			icon = 'doc2';
			break;
			
		case "pos":
			msFolder = 'instructor_guide\/pos\/';
			fileSize = igArray[chapNum].pos["size"]; 
			fileName = '_Process_of_Science_Answers.zip';
			linkText = 'Process of Science Answers';
			break;
			
		case "graphit":
			msFolder = 'instructor_guide\/graphit\/';
			fileSize = igArray[chapNum].graphit["size"]; 
			fileName = '_Graphit.zip';
			linkText = 'Graphit Answers';
			break;
			
		case "testbank":
			msFolder = 'instructor_guide\/test_bank\/';
			fileSize = igArray[chapNum].testbank["size"]; 
			fileName = '_Test_Bank.zip';
			linkText = 'Electronic Test Bank';
			break;
		
		default:
			break;
	}
	
	htmlBuffer += '<td width="16"><img src="' + msGlobalImgPath + icon +'.gif" border="0" align="top" \/><\/td><td width="259"> <a href="javascript:\/\/"; onClick="javascript:openLinkToZipFile(\'' + msBasePath + msFolder + chapNum + fileName + '\');" class="ih" >Chapter ' + chapNum + ' ' + linkText + '<\/a><\/td>\n';
	htmlBuffer += '<td width="100">' + fileSize + '<\/td>\n';
	htmlBuffer += '<\/tr>\n';
}

function openLinkToZipFile(fileToOpen)
{
	var winAttrib = 'menubar=0,toolbar=0,location=0,status=0,scrollbars=0,resizable=0,width=100,height=100,screenX=100,screenY=100,left=100,top=100';
	var zipWin = window.open(fileToOpen, 'zipWindow', winAttrib);
	if (zipWin.opener == null)
	{
		zipWin.opener = window;
	}
	zipWin.focus();
}

/* =========================================
// Lab Media
========================================= */
var d=document
var labbench = new Array()
labbench["osmans"] = 	["Diffusion & Osmosis"]
labbench["enzans"] = 	["Enzyme Catalysis"]
labbench["mchoose"] =	["Mitosis &amp; Meiosis"]
labbench["pchoose"] =	["Photosynthesis"]
labbench["respans"] =	["Cell Respiration"]
labbench["molchoose"] = ["Molecular Biology"]
labbench["geneticans"] =["Genetics of Organisms"]
labbench["popans"] = 	["Population Genetics"]
labbench["tchoose"] = 	["Transpiration"]
labbench["cchoose"] = 	["Circulatory Physiology"]
labbench["behavan"] = 	["Animal Behavior"]
labbench["oxyans"] = 	["Dissolved Oxygen"]

function openLB(path) {
	var string = "menubar=0,toolbar=0,location=0,status=1,scrollbars=1,resizable=1,width=800,height=600,screenX=10,screenY=10,left=10,top=10"	
	var winLB = window.open(path,"labbench",string)
	winLB.focus()
}

function writeLB(arrayID) {
	var thisArray = labbench[arrayID]
	var thisTitle = thisArray[0]
	var thisUrl = "http://media.pearsoncmg.com/bc/bc_campbell_concepts_4/medialib/assets/instructor/lbanswers/"+arrayID+".html"
	d.write('<a href="javascript:void(0)" onclick="openLB(\''+thisUrl+'\')" class="ih">');
	d.write(thisTitle);
	d.write('</a>');
}