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The Tian2 Study Library AP Edition · Tian2 Editorial Bureau
Volume I · MMXXVI AP Environmental Science
Library AP Environmental Science Unit 6: Energy Resources and Consumption
⁂   AP Environmental Science · Unit 6

6. Energy Resources and Consumption

10–15% of the AP exam. Key topics: Renewable vs. nonrenewable energy sources, Global energy consumption patterns and trends, Fossil fuels: coal formation, extraction methods, and environmental impacts, Fossil fuels: oil (petroleum) extraction, refining, and spill impacts, Fossil fuels: natural gas extraction (conventional and fracking) and impacts, Nuclear power: fission process, uranium fuel cycle, waste storage, and safety, Biomass energy: types and combustion impacts, Solar energy: photovoltaic and concentrated solar power, Hydroelectric power: conventional dams and run-of-river systems, Geothermal energy: sources and applications, Wind energy: turbine operation and siting considerations, Hydrogen fuel cells: operation and environmental profile, Energy return on investment (EROI), Energy conservation and efficiency strategies, Fuel efficiency calculations.

10–15% exam weight standard track

Unit 6: Energy Resources and Consumption

Study guide content for this unit is being prepared. Check back soon for complete lesson notes, formula sheets, and worked examples.

Topics in this unit

  • Renewable vs. nonrenewable energy sources
  • Global energy consumption patterns and trends
  • Fossil fuels: coal formation, extraction methods, and environmental impacts
  • Fossil fuels: oil (petroleum) extraction, refining, and spill impacts
  • Fossil fuels: natural gas extraction (conventional and fracking) and impacts
  • Nuclear power: fission process, uranium fuel cycle, waste storage, and safety
  • Biomass energy: types and combustion impacts
  • Solar energy: photovoltaic and concentrated solar power
  • Hydroelectric power: conventional dams and run-of-river systems
  • Geothermal energy: sources and applications
  • Wind energy: turbine operation and siting considerations
  • Hydrogen fuel cells: operation and environmental profile
  • Energy return on investment (EROI)
  • Energy conservation and efficiency strategies
  • Fuel efficiency calculations