What this deck covers
This deck focuses on Indoor Air Pollutants, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Indoor Air Pollutants 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 the indoor air pollutant associated with kerosene heaters.
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Nitrogen dioxide. Kerosene combustion produces this nitrogen compound.
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This deck focuses on Indoor Air Pollutants, 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: Nitrogen dioxide. Kerosene combustion produces this nitrogen compound.
Answer: Dust mites. Mite allergens trigger asthma attacks in sensitive people.
Answer: Mold spores. Moisture in humidifiers can promote mold growth.
Answer: Asbestos. Used as insulation in buildings before health risks were known.
Answer: Carbon monoxide. Incomplete combustion of wood produces this toxic gas.
Answer: Photocopiers. Electronic equipment produces ozone as a byproduct.
Answer: Improve ventilation. Better airflow dilutes and removes radon gas.
Answer: Use a dehumidifier. Lower humidity prevents mold growth conditions.
Answer: Improve ventilation. Better airflow dilutes and removes radon gas.
Answer: Volatile organic compounds (VOCs). Fresh air dilutes volatile organic compound concentrations.
Answer: Paints and varnishes. These products release various organic chemicals into air.
Answer: Nitrogen dioxide. Gas combustion produces this respiratory irritant.
Answer: Mold spores. Living organisms that release allergens and toxins.
Answer: Nitrogen dioxide. Gas stoves produce this respiratory irritant during combustion.
Answer: Carbon monoxide. Exhaust fans remove combustion gases from cooking.
Answer: Lead-based paints. Old paint chips and dust contain lead particles.
Answer: Carbon monoxide. Exhaust fans remove combustion gases from cooking.
Answer: Carbon monoxide. Poor venting allows CO to accumulate from fireplace use.
Answer: Asbestosis. Asbestos fibers cause lung scarring and breathing difficulty.
Answer: Dust mites. Microscopic organisms that trigger allergic responses.
Answer: Carbon monoxide. Incomplete combustion of wood produces this toxic gas.
Answer: Lung cancer. Radioactive decay damages DNA in lung cells.
Answer: Volatile organic compounds (VOCs). Poor ventilation allows VOCs to accumulate indoors.
Answer: Burning coal. Coal combustion releases sulfur-containing gases.
Answer: Particulate matter. Tobacco smoke contains fine particles and toxic chemicals.
Answer: Paints and varnishes. These products release various organic chemicals into air.
Answer: Use allergen-proof mattress covers. Barriers prevent mites from accessing bedding materials.
Answer: Formaldehyde. This chemical irritates mucous membranes in eyes and throat.
Answer: Volatile organic compounds (VOCs). Fragrances contain volatile chemicals that evaporate into air.
Answer: Radon. This radioactive gas is the second leading cause of lung cancer.
Answer: Asbestosis. Asbestos fibers cause lung scarring and breathing difficulty.
Answer: Mold. Fungal spores can cause respiratory infections.
Answer: Lung cancer. Radioactive decay damages DNA in lung cells.
Answer: Radon. This radioactive gas is the second leading cause of lung cancer.
Answer: Respiratory issues. Fine particles irritate airways and reduce lung function.
Answer: Particulate matter. Filters capture solid particles suspended in air.
Answer: Volatile organic compounds (VOCs). Fragrances contain volatile chemicals that evaporate into air.
Answer: Respiratory issues. Fine particles irritate airways and reduce lung function.
Answer: Headaches and dizziness. CO prevents oxygen transport in blood, causing these symptoms.
Answer: Carbon monoxide. Poor venting allows CO to accumulate from fireplace use.
Answer: Neurological damage. Lead affects brain development and nervous system function.
Answer: Volatile organic compounds (VOCs). Chemical cleaners release various organic vapors.
Answer: Carbon monoxide. CO poisoning commonly causes headaches and fatigue.
Answer: Volatile organic compounds (VOCs). Chemical cleaners release various organic vapors.
Answer: Mold spores. Moisture in humidifiers can promote mold growth.
Answer: Asbestos. Used as insulation in buildings before health risks were known.
Answer: Particulate matter. Tobacco smoke contains fine particles and toxic chemicals.
Answer: Photocopiers. Electronic equipment produces ozone as a byproduct.
Answer: Tobacco smoke. Cigarettes contain and release benzene compounds.
Answer: Radioactive particles. Radon decay releases alpha particles that damage lung tissue.
Answer: Formaldehyde. This chemical irritates mucous membranes in eyes and throat.
Answer: Nitrogen dioxide. Kerosene combustion produces this nitrogen compound.
Answer: Coughing. Ozone irritates respiratory tract and causes coughing.
Answer: Nitrogen dioxide. Gas stoves produce this respiratory irritant during combustion.
Answer: Headaches and dizziness. CO prevents oxygen transport in blood, causing these symptoms.
Answer: Carbon monoxide. This toxic gas has no detectable smell or color.
Answer: Radioactive particles. Radon decay releases alpha particles that damage lung tissue.
Answer: Particulate matter. Burning wax and fragrances release fine particles.
Answer: Carbon monoxide. Insufficient oxygen during burning creates this toxic gas.
Answer: Pressed wood products. Adhesives in plywood and particle board emit formaldehyde.
Answer: Carbon monoxide. CO poisoning commonly causes headaches and fatigue.
Answer: Burning coal. Coal combustion releases sulfur-containing gases.
Answer: Carbon monoxide. This toxic gas has no detectable smell or color.
Answer: Nitrogen dioxide. Gas combustion produces this respiratory irritant.
Answer: Tobacco smoke. Cigarettes contain and release benzene compounds.
Answer: Volatile organic compounds (VOCs). Poor ventilation allows VOCs to accumulate indoors.
Answer: Carbon monoxide. Insufficient oxygen during burning creates this gas.
Answer: Coughing. Ozone irritates respiratory tract and causes coughing.
Answer: Particulate matter. Burning wax and fragrances release fine particles.
Answer: Dust mites. Mite allergens trigger asthma attacks in sensitive people.
Answer: Use allergen-proof mattress covers. Barriers prevent mites from accessing bedding materials.
Answer: Pressed wood products. Adhesives in plywood and particle board emit formaldehyde.
Answer: Neurological damage. Lead affects brain development and nervous system function.
Answer: Dust mites. Microscopic organisms that trigger allergic responses.
Answer: Mold. Fungal spores can cause respiratory infections.
Answer: Carbon monoxide. Insufficient oxygen during burning creates this toxic gas.
Answer: Volatile organic compounds (VOCs). Fresh air dilutes volatile organic compound concentrations.
Answer: Use a dehumidifier. Lower humidity prevents mold growth conditions.
Answer: Lead-based paints. Old paint chips and dust contain lead particles.
Answer: Particulate matter. Filters capture solid particles suspended in air.