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This deck focuses on Renewable And Nonrenewable Resources, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Renewable And Nonrenewable 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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Identify one health impact of air pollution from fossil fuels.
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Respiratory problems such as asthma. Air pollutants irritate and damage respiratory systems.
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This deck focuses on Renewable And Nonrenewable 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: Respiratory problems such as asthma. Air pollutants irritate and damage respiratory systems.
Answer: Nuclear power generation. Nuclear fission of uranium creates heat for electricity.
Answer: Hydropower. Water flow turns turbines to generate electricity.
Answer: Solar energy. Photovoltaic technology converts sunlight into electricity.
Answer: Sustainability due to an unlimited supply. Renewable resources won't be depleted over time.
Answer: Intermittent energy supply due to variable wind conditions. Wind patterns vary, making power output unpredictable.
Answer: Nuclear power generation. Nuclear fission of uranium creates heat for electricity.
Answer: Energy production is limited by sunlight availability. Clouds and nighttime prevent continuous energy generation.
Answer: Solar energy. Photovoltaic technology converts sunlight into electricity.
Answer: Energy derived from the Earth's internal heat. Heat from Earth's core provides thermal energy.
Answer: Reduces waste through organic matter utilization. Converts waste materials into useful energy sources.
Answer: Increased greenhouse gas emissions. Fossil fuel combustion releases CO2 into the atmosphere.
Answer: Biomass. Wood, agricultural waste, and organic materials provide energy.
Answer: Produces fewer emissions of sulfur dioxide and particulates. Burns cleaner than coal with fewer pollutants.
Answer: Hydropower. Water flow turns turbines to generate electricity.
Answer: Intermittent energy supply due to variable wind conditions. Wind patterns vary, making power output unpredictable.
Answer: Solar energy. Continuously available from the sun's radiation.
Answer: Predictable energy generation based on tidal cycles. Ocean tides follow regular, reliable patterns.
Answer: A resource with a finite supply that cannot be replenished quickly. These take millions of years to form naturally.
Answer: Requires long-term storage solutions due to radioactivity. Radioactive materials remain hazardous for thousands of years.
Answer: Nonrenewable resource. Uranium is finite and takes millions of years to form.
Answer: Limited to coastal areas with significant tidal ranges. Only viable in specific geographic locations globally.
Answer: Petroleum. Refined into gasoline, diesel, and jet fuel.
Answer: Nuclear waste disposal and potential for accidents. Radioactive waste and meltdown risks pose threats.
Answer: Petroleum. Refined into gasoline, diesel, and jet fuel.
Answer: Geothermal energy. Earth's internal heat remains constant regardless of weather.
Answer: Carbon dioxide (CO₂). Released when fossil fuels are burned for energy.
Answer: Potential groundwater contamination from fracking. Hydraulic fracturing can pollute underground water supplies.
Answer: Biomass. Organic matter converted into ethanol and biodiesel.
Answer: A resource replenished naturally at a rate comparable to its usage. Renewable resources regenerate within human timescales.
Answer: Consistent energy production regardless of weather. Water reservoirs store energy for continuous electricity generation.
Answer: Reduces waste through organic matter utilization. Converts waste materials into useful energy sources.
Answer: Produces fewer emissions of sulfur dioxide and particulates. Burns cleaner than coal with fewer pollutants.
Answer: Hydropower. Dams flood ecosystems and compete for water resources.
Answer: Potential groundwater contamination from fracking. Hydraulic fracturing can pollute underground water supplies.
Answer: Biomass. Organic matter converted into ethanol and biodiesel.
Answer: It is abundant and emits no greenhouse gases during use. Solar panels convert sunlight without harmful emissions.
Answer: Reduces carbon footprint and air pollution. Renewable energy produces minimal harmful emissions.
Answer: Respiratory problems such as asthma. Air pollutants irritate and damage respiratory systems.
Answer: Wind speed and consistency. Turbines need consistent wind to operate efficiently.
Answer: Minimal land footprint compared to other energy sources. Underground systems require small surface areas.
Answer: Nonrenewable resource. Uranium is finite and takes millions of years to form.
Answer: Hydropower. Dams flood ecosystems and compete for water resources.
Answer: Increased greenhouse gas emissions. Fossil fuel combustion releases CO2 into the atmosphere.
Answer: Nuclear waste disposal and potential for accidents. Radioactive waste and meltdown risks pose threats.
Answer: Wind energy. Moving air spins turbine blades to generate electricity.
Answer: Wind speed and consistency. Turbines need consistent wind to operate efficiently.
Answer: Potential ecological disruption in aquatic ecosystems. Dams can disrupt fish migration and river ecosystems.
Answer: Electricity generation. Burned in power plants to produce electrical energy.
Answer: Geothermal energy. Earth's internal heat remains constant regardless of weather.
Answer: Requires long-term storage solutions due to radioactivity. Radioactive materials remain hazardous for thousands of years.
Answer: Reduces carbon footprint and air pollution. Renewable energy produces minimal harmful emissions.
Answer: Coal. Formed from ancient organic matter over millions of years.
Answer: Limited to coastal areas with significant tidal ranges. Only viable in specific geographic locations globally.
Answer: Predictable energy generation based on tidal cycles. Ocean tides follow regular, reliable patterns.
Answer: Carbon. Coal is mostly carbon formed from compressed plants.
Answer: Biomass. Wood, agricultural waste, and organic materials provide energy.
Answer: Carbon dioxide (CO₂). Released when fossil fuels are burned for energy.
Answer: Variable and intermittent power supply. Grid stability requires consistent, predictable power output.
Answer: Coal. Formed from ancient organic matter over millions of years.
Answer: A resource with a finite supply that cannot be replenished quickly. These take millions of years to form naturally.
Answer: Variable and intermittent power supply. Grid stability requires consistent, predictable power output.
Answer: Methane. Natural gas is primarily composed of CH4.
Answer: Electricity generation. Burned in power plants to produce electrical energy.
Answer: Sustainability due to an unlimited supply. Renewable resources won't be depleted over time.
Answer: Loss of biodiversity. Habitat destruction eliminates species and ecological relationships.
Answer: Energy derived from the Earth's internal heat. Heat from Earth's core provides thermal energy.
Answer: Energy production is limited by sunlight availability. Clouds and nighttime prevent continuous energy generation.
Answer: Potential ecological disruption in aquatic ecosystems. Dams can disrupt fish migration and river ecosystems.
Answer: It is abundant and emits no greenhouse gases during use. Solar panels convert sunlight without harmful emissions.
Answer: Production of plastics and other petrochemicals. Petroleum serves as raw material for synthetic products.
Answer: Solar energy. Continuously available from the sun's radiation.
Answer: Production of plastics and other petrochemicals. Petroleum serves as raw material for synthetic products.
Answer: Consistent energy production regardless of weather. Water reservoirs store energy for continuous electricity generation.
Answer: Minimal land footprint compared to other energy sources. Underground systems require small surface areas.
Answer: Carbon. Coal is mostly carbon formed from compressed plants.
Answer: A resource replenished naturally at a rate comparable to its usage. Renewable resources regenerate within human timescales.
Answer: Wind energy. Moving air spins turbine blades to generate electricity.
Answer: Loss of biodiversity. Habitat destruction eliminates species and ecological relationships.