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This deck focuses on Compare Properties Before And After, giving you a quick way to review the definitions, rules, and examples that matter most for 5th Grade Science.
Study Compare Properties Before And After 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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Which observation is the best evidence that mixing caused a chemical change?
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A new substance forms (new properties appear). Chemical changes create substances with different properties than the originals.
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This deck focuses on Compare Properties Before And After, 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: A new substance forms (new properties appear). Chemical changes create substances with different properties than the originals.
Answer: Presence of bubbles or fizzing (gas formation). Gas bubbles show new gaseous products formed during reaction.
Answer: Precipitate formed (evidence of chemical change). Solids forming from liquids indicates new substances were created.
Answer: Temperature. Heat changes indicate energy released or absorbed in reactions.
Answer: Bubbles. Gas production indicates new substances forming from a reaction.
Answer: Evidence suggests a chemical change occurred. Bubbles and temperature drop are signs of a chemical reaction.
Answer: Gas bubbles. Bubbles show gas formation from chemical reactions between substances.
Answer: A new color appears. Color change often indicates new chemical compounds formed.
Answer: A precipitate formed, suggesting a chemical change. Cloudiness and settling indicate insoluble products formed.
Answer: A change that produces one or more new substances. Atoms rearrange to form different compounds with new properties.
Answer: A change that forms one or more new substances. Atoms rearrange to create different substances with new properties.
Answer: A precipitate formed; evidence suggests a chemical change. Cloudiness and solid formation indicate a precipitation reaction.
Answer: Gas production (bubbling) not caused by stirring. Gas forms from chemical reactions, not just from physical agitation.
Answer: Mass. Mass is conserved in all changes, making it measurable and comparable.
Answer: Physical change (dissolving; no new substance). Salt separates into ions but remains salt; can be recovered by evaporation.
Answer: Solvent. The substance doing the dissolving, like water dissolving sugar.
Answer: A dissolved solid was present; it is a solution (mixture). Evaporation removes solvent, leaving dissolved substance behind.
Answer: Physical change. Sugar molecules spread between water molecules without reacting.
Answer: Solute. The substance being dissolved, like sugar in water.
Answer: A solid forms (a precipitate). Precipitates form when dissolved substances react to create insoluble products.
Answer: Look for bubbles or inflate a balloon over the container. Visual observation or gas collection confirms gas production.
Answer: Color. Visual comparison reveals if new pigments or compounds formed.
Answer: A precipitate forms (new solid appears). Precipitates are insoluble products formed in chemical reactions.
Answer: Color. Color changes are observable and indicate possible chemical reactions.
Answer: A change in form or properties with no new substance formed. The original substances remain but may look different.
Answer: No new substance is confirmed; it is likely a physical mixture. Separation by filtering shows substances didn't chemically react.
Answer: Measure temperature with a thermometer. Thermometers provide quantitative data on heat changes.
Answer: Bubbling continues after stirring stops. Trapped air escapes quickly; reaction gas continues forming.
Answer: Light produced. Light emission indicates energy release from chemical bond changes.
Answer: A chemical change may have occurred (temperature changed). Temperature drop shows energy was absorbed in a possible reaction.
Answer: Smaller pieces after crushing. Crushing only changes size, not chemical composition of the material.
Answer: Temperature increases or decreases without external heating/cooling. Energy changes without external sources indicate chemical reactions.
Answer: Presence of bubbles or gas release. Bubbles show gas molecules forming from the reaction.
Answer: A solid is present; it is likely a mixture, not one pure substance. Filtering separates components that didn't chemically combine.
Answer: The mixture temperature changes. Temperature change without external heat indicates a chemical reaction.
Answer: Heterogeneous mixture. Sand particles remain visible and don't dissolve in water.
Answer: A mixture formed, not a new substance. Physical separation means no chemical bonds formed between substances.
Answer: A change in form or state with no new substance formed. Matter changes appearance but keeps its chemical identity.
Answer: A uniform mixture where one substance dissolves in another. The dissolved substance spreads evenly throughout the solvent.
Answer: A solid appears in the liquid and settles or floats. Precipitates are new solid substances formed from liquid reactions.
Answer: Homogeneous mixture (solution). All parts have the same composition and appearance.
Answer: Temperature. Temperature changes indicate energy release or absorption during reactions.
Answer: The mixture gives off light. Light emission indicates energy release from a chemical reaction.
Answer: Energy absorption, which can be evidence of a chemical change. Some reactions absorb heat to break and form new bonds.
Answer: Energy release, which can be evidence of a chemical change. Chemical reactions often release heat as bonds form.
Answer: A change in form or properties with no new substance made. The substance's appearance changes but its chemical identity remains the same.
Answer: A change that forms one or more new substances. The original substances react to create different substances.
Answer: A change that forms one or more new substances. Atoms rearrange to create different molecules with new properties.
Answer: A physical mixture formed (no new substance required). Filtration separates components that didn't chemically combine.
Answer: Vinegar and baking soda bubbling. Acid-base reactions produce carbon dioxide gas, indicating chemical change.
Answer: Solution. A homogeneous mixture where particles are evenly distributed.
Answer: Formation of a new substance. New substances have different properties than the originals.
Answer: Color change. New substances often have different colors than the original materials.
Answer: A physical change (mixing/dissolving) likely occurred. No new properties means substances just mixed without reacting.
Answer: A change in form or appearance without making a new substance. Matter changes shape or state but keeps its chemical identity.
Answer: Possible chemical change (new substances may have formed). New odors suggest different molecules formed through chemical reaction.
Answer: New odor. New smells mean new molecules formed with different properties.
Answer: Physical change (mixture; no new substance). Sand doesn't dissolve; particles just spread out and can be filtered.
Answer: Chemical change. Gas production indicates new substances formed through reaction.
Answer: Before/after color. Container shape stays constant; substance properties may change.
Answer: Evidence of a chemical change. Permanent color change indicates new chemical compounds formed.
Answer: A precipitate forms (new solid appears). Solid particles forming from mixed liquids shows a chemical reaction.
Answer: Dissolving mixes into a solution; melting changes solid to liquid. Dissolving requires a solvent; melting only needs heat.
Answer: No new substance. Physical changes don't create new materials with different properties.
Answer: Evaporation. Dissolved solids remain after water evaporates; undissolved solids filter out.
Answer: Sand and iron filings. Components retain their original properties and can be separated.
Answer: A physical mixture formed. Magnetic separation works because materials retained original properties.
Answer: Physical change. Sugar molecules disperse but remain chemically unchanged.
Answer: It is a physical change (a mixture, not a new substance). Separation by physical means shows no chemical bonds were formed.
Answer: Temperature. Heat absorbed or released indicates chemical energy changes.
Answer: Bubbling. Gas formation shows new substances created, unlike physical processes.
Answer: Dissolving sugar. Sugar molecules spread between water molecules without forming new substances.
Answer: A mixture formed; no new substance is evident. Visible separation means no chemical bonds formed between materials.
Answer: A new odor appears. Different smell suggests new chemical compounds formed.
Answer: Bubbling or fizzing appears. Gas formation indicates a chemical reaction occurred.
Answer: Heterogeneous mixture. Different regions have different compositions or appearances.
Answer: Gas produced (evidence of chemical change). Bubbles show CO₂ gas forms from the acid-base reaction.