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Teaching PowerPoint


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Chapter 20
20.1 Fossil fuels as a major energy source
20.2 Refining of petroleum
20.3 Gradation in properties of petroleum fractions
20.4 Demand and uses of petroleum fractions
20.5 Combustion of hydrocarbons
20.6 Burning of fossil fuels and global warming
20.7 Air pollution arising from burning of fossil fuels
20.8 Measures for reducing the emission of air pollutants from burning of fossil fuels
20.9 Pros and cons of using alternative energy sources
20.1 Fossil fuels as a major energy source (bilingual version)
20.2 Refining of petroleum (bilingual version)
20.3 Gradation in properties of petroleum fractions (bilingual version)
20.4 Demand and uses of petroleum fractions (bilingual version)
20.5 Combustion of hydrocarbons (bilingual version)
20.6 Burning of fossil fuels and global warming (bilingual version)
20.7 Air pollution arising from burning of fossil fuels (bilingual version)
20.8 Measures for reducing the emission of air pollutants from burning of fossil fuels (bilingual version)
20.9 Pros and cons of using alternative energy sources (bilingual version)
Hydrocarbons from fossil fuels (combined version)
Hydrocarbons from fossil fuels (bilingual, combined version)
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Chapter 21
21.1 Carbon compounds and unique nature of carbon
21.2 Representing carbon compounds using structural formulae and skeletal formulae
21.3 Homologous series and functional groups
21.4 Naming alkanes
21.5 Naming alkenes
21.6 Naming haloalkanes
21.7 Naming alkanols
21.8 Naming alkanoic acids
21.9 Naming carbon compounds with multiple functional groups of the same type
21.10 Naming carbon compounds with multiple functional groups of different types
21.11 Writing structural formulae from systematic names
21.1 Carbon compounds and unique nature of carbon (bilingual version)
21.2 Representing carbon compounds using structural formulae and skeletal formulae (bilingual version)
21.3 Homologous series and functional groups (bilingual version)
21.4 Naming alkanes (bilingual version)
21.5 Naming alkenes (bilingual version)
21.6 Naming haloalkanes (bilingual version)
21.7 Naming alkanols (bilingual version)
21.8 Naming alkanoic acids (bilingual version)
21.9 Naming carbon compounds with multiple functional groups of the same type (bilingual version)
21.10 Naming carbon compounds with multiple functional groups of different types (bilingual version)
21.11 Writing structural formulae from systematic names (bilingual version)
Homologous series, structural formulae and naming of carbon compounds (combined version)
Homologous series, structural formulae and naming of carbon compounds (bilingual, combined version)
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Chapter 22
22.1 Chemical reactions of alkanes
22.2 Cracking and its industrial importance
22.3 Chemical reactions of alkenes
22.1 Chemical reactions of alkanes (bilingual version)
22.2 Cracking and its industrial importance (bilingual version)
22.3 Chemical reactions of alkenes (bilingual version)
Chemical reactions of alkanes and alkenes (combined version)
Chemical reactions of alkanes and alkenes (bilingual, combined version)
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Chapter 23
23.1 What are polymers?
23.2 Addition polymerization and addition polymers
23.3 Structures, properties and uses of some addition polymers
23.1 What are polymers? (bilingual version)
23.2 Addition polymerization and addition polymers (bilingual version)
23.3 Structures, properties and uses of some addition polymers (bilingual version)
Addition polymers (combined version)
Addition polymers (bilingual, combined version)