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This deck focuses on Science Helps Reduce Environmental Impact, giving you a quick way to review the definitions, rules, and examples that matter most for 5th Grade Science.
Study Science Helps Reduce Environmental Impact in 5th Grade 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 an example of a nonrenewable energy resource?
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Coal. Forms over millions of years and can't be replaced quickly.
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This deck focuses on Science Helps Reduce Environmental Impact, giving you a quick way to review the definitions, rules, and examples that matter most for 5th Grade 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: Coal. Forms over millions of years and can't be replaced quickly.
Answer: Harmful substances added to air, water, or soil. Contaminates natural environments.
Answer: A resource that can be replaced naturally in a short time, such as sunlight or wind. Nature replenishes these faster than humans typically use them.
Answer: A resource that forms very slowly and can run out, such as coal, oil, or natural gas. These fossil fuels took millions of years to form underground.
Answer: Catalytic converter. This device converts harmful exhaust gases into less toxic substances.
Answer: To solve problems using evidence so pollution and resource use decrease. Science provides data-driven solutions to environmental challenges.
Answer: Planting ground cover. Plant roots hold soil in place.
Answer: Remove pollutants so water is safer for people and ecosystems. Filters and chemicals clean water before distribution.
Answer: Less land pollution and less methane released from decomposing trash. Landfills produce harmful gases and contaminate soil.
Answer: Gases in the atmosphere trap heat, warming Earth's surface. Like a blanket, these gases keep Earth warm enough for life.
Answer: It removes pollutants from wastewater before it returns to rivers or lakes. Treatment prevents contamination of natural water bodies.
Answer: They use less electrical energy for the same brightness. LEDs convert more electricity to light instead of heat.
Answer: Using less energy to do the same job. Reduces waste and saves resources.
Answer: Land area where all water drains to the same river, lake, or ocean. Shows how water connects different areas.
Answer: Fix leaks. Leaks waste thousands of gallons annually.
Answer: To use less of a resource and prevent waste to make it last longer. Conservation reduces demand and extends resource availability.
Answer: Using less energy to do the same task. Reduces waste while maintaining performance.
Answer: Sensor. Sensors measure specific pollutants in real-time.
Answer: Solar energy. Sunlight can be converted to electricity repeatedly.
Answer: To measure pollution levels and guide solutions and policies. Data helps identify problems and track improvements.
Answer: Using LED bulbs. LEDs use 75% less energy than traditional bulbs.
Answer: Planting rain gardens. Plants absorb and filter water, reducing harmful runoff.
Answer: Meeting current needs while protecting resources and ecosystems for the future. Balances human needs with long-term environmental health.
Answer: Using natural resources wisely to prevent waste and damage. Protects resources through careful use.
Answer: Heat trapped by gases in the atmosphere that warm Earth. Natural process that keeps Earth habitable.
Answer: Testing two fertilizers' runoff. Experiments provide evidence for better environmental decisions.
Answer: They use less electrical energy for the same brightness. LEDs convert more electricity to light, less to heat.
Answer: Repairing damaged habitats to support native plants and animals. Rebuilds natural homes for wildlife.
Answer: The amount of greenhouse gases released by an activity or person. Measures climate impact of human activities.
Answer: They generate electricity without burning fossil fuels. Clean energy avoids combustion emissions.
Answer: Processing used materials to make new products. Reduces landfill waste and saves raw materials.
Answer: A nonrenewable fuel formed from ancient organisms (coal, oil, gas). Takes millions of years to form and can't be replaced.
Answer: A habitat is where organisms live; protecting it supports biodiversity and survival. Biodiversity maintains ecosystem balance and resilience.
Answer: Measuring river chemicals. Data provides evidence to identify and solve pollution problems.
Answer: Collect data first. Evidence-based decisions are more effective than assumptions.
Answer: Meet needs now while protecting resources for the future. Balances current use with future availability.
Answer: It reduces fuel use and air pollution per person. Shared vehicles mean fewer total emissions.
Answer: The effect of human activities on air, water, land, and living things. Focuses on how people change their surroundings.
Answer: Breaking down food and yard waste into nutrient-rich soil material. Natural decomposition creates fertilizer.
Answer: Treating wastewater. Treatment removes harmful substances before water returns to nature.
Answer: Use less. Excess fertilizer washes into waterways causing harm.
Answer: Banana peel. Organic matter decomposes; glass doesn't.
Answer: A place where trash is buried and managed to reduce harm to the environment. Modern landfills have liners and systems to prevent contamination.
Answer: A system of living things interacting with each other and their environment. All parts depend on each other for survival.
Answer: Solar panels. They convert sunlight directly into electricity without pollution.
Answer: Trees absorb CO2, reduce erosion, and improve air quality. Trees provide multiple environmental benefits.
Answer: Public transit. Shared vehicles reduce total emissions per person.
Answer: Wind. Can be naturally replenished, unlike fossil fuels.