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This deck focuses on Distribution Of Natural Energy Resources, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Distribution Of Natural Energy Resources in AP Environmental Science with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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What is the primary fuel for nuclear power plants?
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Uranium. Undergoes nuclear fission to release enormous energy.
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This deck focuses on Distribution Of Natural Energy Resources, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Uranium. Undergoes nuclear fission to release enormous energy.
Answer: Air pollution. Releases particulates, sulfur dioxide, and nitrogen oxides.
Answer: From coal to natural gas. Natural gas burns cleaner than coal with lower emissions.
Answer: Solar energy. PV cells directly convert sunlight into electrical current.
Answer: Reduces transmission losses. Power generated closer to consumption points minimizes loss.
Answer: Electricity generation. Power plants burn coal to generate electricity globally.
Answer: Hydropower. Dams flood ecosystems and block fish migration routes.
Answer: No water consumption during operation. Wind turbines don't require water for cooling or operation.
Answer: Efficiency=Total Energy InputUseful Energy Output×100%. Measures how much input energy becomes useful output.
Answer: Coal. Formed over millions of years and cannot be replaced quickly.
Answer: Uranium. Undergoes nuclear fission to release enormous energy.
Answer: Nuclear fission. Uranium atoms split releasing tremendous heat for electricity.
Answer: Electricity generation. Power plants burn coal to generate electricity globally.
Answer: Geothermal energy. Requires specific geological conditions and heat sources underground.
Answer: Limited suitable sites. Requires specific coastal geography with significant tidal range.
Answer: Methane. Burns cleanly with fewer emissions than other fossil fuels.
Answer: Solar energy. Cloud cover and storms drastically reduce energy output.
Answer: Heating. Used for residential and commercial heating systems.
Answer: Grid integration and storage of intermittent energy. Variable output requires backup systems and storage solutions.
Answer: An energy source that is naturally replenished on a human timescale. Unlike fossil fuels which take millions of years to form.
Answer: Sunlight. Solar panels convert electromagnetic radiation from the sun.
Answer: Use energy-efficient appliances. Reduces electricity demand and utility bills effectively.
Answer: Carbon dioxide emissions leading to climate change. Burning releases greenhouse gases that trap heat.
Answer: Low greenhouse gas emissions during operation. Produces massive energy without carbon dioxide emissions.
Answer: An energy source that is naturally replenished on a human timescale. Unlike fossil fuels which take millions of years to form.
Answer: Approximately 150 years. Based on current consumption rates and known reserves.
Answer: Intermittency due to weather and nighttime. Cannot generate power when sun isn't shining.
Answer: Fuel for transportation. Refined into gasoline, diesel, and jet fuel for vehicles.
Answer: Carbon dioxide emissions leading to climate change. Burning releases greenhouse gases that trap heat.
Answer: Efficiency=Total Energy InputUseful Energy Output×100%. Measures how much input energy becomes useful output.
Answer: Use energy-efficient appliances. Reduces electricity demand and utility bills effectively.
Answer: Nuclear waste disposal. Radioactive waste remains dangerous for thousands of years.
Answer: It produces no direct emissions during operation. Clean generation without air pollutants or greenhouse gases.
Answer: Potential energy to kinetic energy to electrical energy. Water flows through turbines converting motion to electricity.
Answer: Air pollution. Releases particulates, sulfur dioxide, and nitrogen oxides.
Answer: Coal. Formed over millions of years and cannot be replaced quickly.
Answer: It can compete with food production for land. Competes with agriculture for fertile land and resources.
Answer: Anthracite. Hardest coal type with highest carbon content and heat.
Answer: Hydropower. Established technology with widespread global implementation.
Answer: Biomass. Includes wood, crop waste, and organic materials for energy.
Answer: Land degradation. Strip mining destroys topsoil and natural landscapes.
Answer: Hydropower. Established technology with widespread global implementation.
Answer: Converts kinetic energy to mechanical energy. Spinning blades capture wind and turn generators.
Answer: It produces no direct emissions during operation. Clean generation without air pollutants or greenhouse gases.
Answer: Grid integration and storage of intermittent energy. Variable output requires backup systems and storage solutions.
Answer: Hydropower. Dams flood ecosystems and block fish migration routes.
Answer: Heating buildings. Direct heat application for homes and industrial processes.
Answer: Tidal energy. Uses gravitational pull of moon and sun on oceans.
Answer: Land degradation. Strip mining destroys topsoil and natural landscapes.
Answer: From coal to natural gas. Natural gas burns cleaner than coal with lower emissions.
Answer: Biomass. Includes wood, crop waste, and organic materials for energy.
Answer: Geothermal energy. Taps into natural heat stored beneath Earth's surface.
Answer: Limited suitable sites. Requires specific coastal geography with significant tidal range.
Answer: Renewable and capable of large-scale energy production. Provides consistent, reliable power with minimal emissions.
Answer: Biomass, when sustainably managed. Absorbs CO2 during growth, releasing it when burned.
Answer: Approximately 150 years. Based on current consumption rates and known reserves.
Answer: Heating. Used for residential and commercial heating systems.
Answer: Methane. Burns cleanly with fewer emissions than other fossil fuels.
Answer: Reduces transmission losses. Power generated closer to consumption points minimizes loss.