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This deck focuses on Identify Materials Plants Need, giving you a quick way to review the definitions, rules, and examples that matter most for 5th Grade Science.
Study Identify Materials Plants Need 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 gas do plants release into the air as a product of photosynthesis?
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Oxygen (O2). Oxygen is a byproduct released when plants split water molecules during photosynthesis.
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This deck focuses on Identify Materials Plants Need, 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: Oxygen (O2). Oxygen is a byproduct released when plants split water molecules during photosynthesis.
Answer: Glucose (C6H12O6). This simple sugar is the main product of photosynthesis.
Answer: Carbon dioxide (CO2). Plants absorb this gas through stomata to use in making food.
Answer: Oxygen (O2). Waterlogged soil lacks air spaces, suffocating roots without O2.
Answer: Oxygen. Plants produce and release oxygen, not take it in.
Answer: Carbon dioxide. CO2 is absorbed from air; glucose is produced by the plant.
Answer: Mineral nutrients. CO2 comes from air through stomata, not from soil.
Answer: Carbon dioxide (CO2). Provides carbon atoms that form the backbone of glucose molecules.
Answer: (CO2, H2O). These are the raw materials; O2 and sugar are products.
Answer: Water. Roots absorb water; CO2 enters through leaf stomata.
Answer: Sunlight (light energy). Plants convert light energy into chemical energy through photosynthesis.
Answer: Nutrients in soil. Soil nutrients are essential; plastic provides no nutrition.
Answer: Light energy (sunlight). Sunlight provides the energy to power the chemical reactions of photosynthesis.
Answer: Oxygen (O2). This waste product of photosynthesis is released through stomata.
Answer: Soil nutrients (minerals). These elements help build proteins and other plant structures.
Answer: Chlorophyll. This molecule absorbs red and blue light wavelengths for energy conversion.
Answer: Nutrients (mineral nutrients). These include nitrogen, phosphorus, and potassium for healthy growth.
Answer: Sunlight. Plants need external light energy; they produce oxygen as waste.
Answer: Water. Water molecules split to provide hydrogen atoms for glucose synthesis.
Answer: Minerals and nutrients. Essential elements like nitrogen, phosphorus, and potassium help build plant structures.
Answer: Carbon dioxide (CO2) from air. Without CO2, photosynthesis cannot produce glucose for growth.
Answer: Water (H2O). Essential for photosynthesis, absorbed through root hairs.
Answer: To make food. Photosynthesis produces glucose, the plant's primary food source.
Answer: Mineral nutrients (nutrients from soil). Provides nitrogen, phosphorus, and other elements for healthy growth.
Answer: Stomata. These pores open and close to control gas and water exchange.
Answer: Nitrogen. Key component of chlorophyll and proteins for leaf development.
Answer: Carbon dioxide (CO2). Without this gas from air, plants can't make glucose.
Answer: Leaves. Chlorophyll in leaves must capture light to start photosynthesis.
Answer: Water. Essential for photosynthesis and transporting nutrients throughout the plant.
Answer: Water (H2O). Without this liquid, the photosynthesis reaction can't occur.
Answer: Leaves (through stomata). Stomata are tiny pores that open to allow gas exchange.
Answer: Water. Plants need water as a raw material for photosynthesis and to transport nutrients.
Answer: Water. Water comes from environment; starch is made by the plant.
Answer: Leaves. These contain stomata for gas exchange during photosynthesis.
Answer: Oxygen (O2). Roots use oxygen to break down sugars and release energy for growth.
Answer: Light, water, air, and nutrients. Plants require all four elements for complete growth and survival.
Answer: Mineral nutrients from soil. Yellowing indicates chlorosis from lack of nitrogen or iron.
Answer: Carbon dioxide (CO2). Gases enter through stomata; minerals dissolve in soil water.
Answer: Light energy (sunlight). Chlorophyll captures this energy to power the food-making process.
Answer: Carbon dioxide (CO2). Plants absorb CO2 through leaf pores to combine with water during photosynthesis.
Answer: Roots. Roots directly contact soil and need moisture to function.
Answer: Photosynthesis. This process converts light energy into chemical energy (sugar).
Answer: Photosynthesis. This process converts light energy into glucose using CO2 and H2O.
Answer: Sunlight (it is energy, not a material). Energy cannot be absorbed like matter; it drives chemical reactions.
Answer: Potassium. Regulates water movement and enzyme activation in cells.
Answer: Light energy. Without light, photosynthesis cannot occur to make food.
Answer: Minerals. Sunlight is energy, not a material substance plants absorb.
Answer: Roots. Root hairs increase surface area for efficient absorption.
Answer: Leaves. Contain chloroplasts with chlorophyll to capture light energy.
Answer: Light energy (sunlight). Light provides energy to drive the photosynthesis reaction.
Answer: Oxygen (O2). Roots need O2 for cellular respiration to release energy.
Answer: Roots. These underground structures have tiny hairs to increase absorption.
Answer: Roots. Root hairs increase surface area for efficient absorption from soil.
Answer: Chlorophyll. This molecule absorbs red and blue light, reflecting green.
Answer: Phosphorus. Helps with energy transfer and root growth in plants.
Answer: Soil nutrients (minerals). Plants need minerals from soil to build tissues and stay healthy.
Answer: Minerals (nutrients). Essential elements absorbed with water for plant health.
Answer: Air. Air contains CO2; rocks don't provide needed gases.