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This deck focuses on Observe And Record Changes, giving you a quick way to review the definitions, rules, and examples that matter most for 5th Grade Science.
Study Observe And Record Changes 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 the term for a substance that dissolves in a liquid when a solution forms?
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Solute. The substance being dissolved, usually present in smaller amounts.
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This deck focuses on Observe And Record Changes, 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: Solute. The substance being dissolved, usually present in smaller amounts.
Answer: Initial properties. Need starting conditions to compare with changes.
Answer: Graduated cylinder. Provides accurate volume measurements for proper mixing ratios.
Answer: Heterogeneous mixture. Components remain separate and can be distinguished.
Answer: Chemical change. Precipitate formation shows new substances were created.
Answer: A mixture (no new substance formed). Sand doesn't dissolve; it just disperses in water physically.
Answer: Chemical change (chemical reaction). New substances with different properties are created through chemical reactions.
Answer: Heterogeneous mixture. Different components remain distinct and can be seen separately.
Answer: Gas bubbles. Gas formation indicates new substances are being produced.
Answer: Temperature change without heating. Chemical reactions release or absorb heat energy.
Answer: Suspension. Particles settle out because they don't dissolve.
Answer: Sugar dissolving in water. Sugar molecules spread between water molecules unchanged.
Answer: Color change. New substances often have different colors than the original materials.
Answer: Solvent. Usually the liquid that dissolves other substances.
Answer: Solvent. The dissolving medium, usually present in larger amounts.
Answer: Precipitate. Forms when dissolved substances react and become insoluble.
Answer: New gas bubbles. Gas formation indicates new substances are created.
Answer: Heat produced (temperature change). Chemical reactions often release or absorb energy as heat.
Answer: A solid forms (precipitate). Precipitates form when new insoluble substances are created.
Answer: Graduated cylinder. Has marked lines to measure liquid amounts precisely.
Answer: Thermometer. Measures temperature precisely to detect heat changes in reactions.
Answer: Homogeneous mixture (solution). All parts have the same composition and properties throughout.
Answer: "The liquid turned cloudy.". Uses specific, measurable descriptions rather than opinions.
Answer: Precipitate. Forms when dissolved substances react to create an insoluble product.
Answer: Evaporation. Water evaporates, leaving dissolved solids behind.
Answer: Solution. Particles are evenly distributed and cannot be seen.
Answer: Observations (time, color, temp). Scientific data requires measurable, factual information.
Answer: Thermometer. Measures heat changes during mixing reactions.
Answer: Color. Visual property that can be observed directly.
Answer: A precipitate appears. Solids forming from liquids show chemical change.
Answer: Balance (scale). Measures weight to track if mass is conserved.
Answer: Odor forms. New smells indicate new substances with different properties formed.
Answer: Physical change. The substances keep their original properties and can be separated.
Answer: Solute. The smaller amount that dissolves into the larger amount.
Answer: Homogeneous mixture. All parts look the same, like saltwater or air.
Answer: Filtration. Filter paper traps solids while liquid passes through.
Answer: Write labeled steps and measurements. Clear procedures allow others to replicate experiments.
Answer: Clear liquid. Dissolved particles are too small to see.
Answer: Bubbling or fizzing. These visible signs indicate gas is being produced in the reaction.
Answer: Temperature rose from 20∘C to 28∘C. Provides exact measurements that can be verified and repeated.