What this deck covers
This deck focuses on Selecting Best Solution, giving you a quick way to review the definitions, rules, and examples that matter most for 3rd Grade Science.
Study Selecting Best Solution in 3rd 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 solution is most promising if it meets the goal but breaks after one use?
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Not promising; choose a more durable solution. Solutions must be durable to provide lasting benefits.
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This deck focuses on Selecting Best Solution, giving you a quick way to review the definitions, rules, and examples that matter most for 3rd 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: Not promising; choose a more durable solution. Solutions must be durable to provide lasting benefits.
Answer: Effectiveness. An effective solution achieves the desired outcome.
Answer: Choose the option most likely to solve the problem safely and well. Promising solutions balance effectiveness, safety, and practicality.
Answer: Choose the option most likely to solve the problem well. It means picking the option with the highest chance of success.
Answer: Safety, effectiveness, cost, time, and materials. Consider all factors to make a well-rounded decision.
Answer: B. Safety outweighs effectiveness when choosing solutions.
Answer: The solution that filters dirty water better. Effectiveness outweighs convenience for critical tasks like water safety.
Answer: Fixing the leak today. Immediate action prevents ongoing water waste.
Answer: It is unsafe. Safety is the primary constraint in all scientific work.
Answer: B. Longer-lasting solutions are more promising.
Answer: Testing shows if it works and is safe. Testing prevents unexpected problems and confirms effectiveness.
Answer: Improve it and test again. Testing reveals problems to fix through improvement cycles.
Answer: A limit such as time, materials, or rules. Constraints are restrictions that solutions must work within.
Answer: Test results and observations. Data from testing provides objective comparison.
Answer: It uses the least time, energy, or materials to work. Efficient solutions minimize resource use while achieving goals.
Answer: Safe. Safety is the most important criterion when evaluating solutions.
Answer: B. Higher success rate indicates better reliability.
Answer: Wrap in foil. Foil reflects heat, while sunlight adds heat energy.
Answer: Add rough sandpaper to the track. Rough surfaces increase friction; oil reduces it.
Answer: The solution that reduces trash by 50%. Greater reduction means more effective problem-solving.
Answer: Add weight to the nose. Nose weight improves balance; crumpling reduces lift.
Answer: B. Durability often outweighs speed for long-term success.
Answer: Reject it as not promising. Safety always comes first; harmful solutions are never acceptable.
Answer: The bridge that holds 10 coins. Stronger bridges meet the goal better by supporting more weight.
Answer: Fits the goal. Solutions must achieve the intended outcome first.
Answer: Not promising; choose an option that follows rules and instructions. Solutions must follow rules to be acceptable and sustainable.
Answer: Add a second lamp. Multiple light sources reduce shadow formation.
Answer: It solves the problem and meets the goal. Effective solutions successfully achieve the intended goal.
Answer: Clearly state the problem and the goal. Understanding the problem prevents wasted effort on wrong solutions.
Answer: Build with paper. Must work within available materials constraint.
Answer: The option using 2 batteries for 8 hours. Using fewer resources for the same result is more efficient.
Answer: A risky plan that works fast. Safety always outweighs speed in scientific work.
Answer: The option that meets constraints and best meets criteria. The best solution satisfies all requirements and excels in criteria.
Answer: Choose the option most likely to solve the problem safely and well. The best solution balances effectiveness with safety.
Answer: Clearly define the problem and the goal. Understanding the problem ensures you can evaluate solutions properly.
Answer: Water regularly. Plants need water and light for photosynthesis.
Answer: It works the same way repeatedly. Reliable solutions produce consistent results every time.
Answer: A. Meeting the goal is more important than cost savings.
Answer: Feasibility. A feasible solution is practical with what you have.
Answer: Change only one variable at a time. This ensures results show true differences between solutions.
Answer: Safety. Safety protects everyone and everything from harm.
Answer: Giving up one benefit to gain another. Trade-offs involve sacrificing one advantage for another.
Answer: To pick the best choice using evidence and constraints. Systematic comparison prevents costly mistakes.
Answer: Use 10 trials. Multiple trials provide reliable data; one trial may be chance.
Answer: Change only one thing. Controlling variables ensures valid test results.
Answer: Replace weak batteries. Fresh batteries provide more power; paper blocks light.
Answer: A. Recycled materials are more efficient when performance is equal.
Answer: Cost or efficiency. Efficient solutions minimize resource use.
Answer: Pour through a filter. Filters trap particles; stirring keeps them suspended.
Answer: None; unsafe solutions are not promising. Safety is always the top priority in solution selection.
Answer: The lower-cost solution. When equally effective, choose the more economical option.
Answer: The option that meets all constraints and the goal. Promising solutions satisfy all requirements without compromise.
Answer: Choose the safer or simpler option. When equal, prioritize safety and ease of implementation.
Answer: Clearly identify the problem and the goal. Understanding the problem ensures you can evaluate solutions properly.
Answer: Constraint. Constraints define boundaries for acceptable solutions.
Answer: Add triangles. Triangles distribute weight better than other shapes.
Answer: The fan that cools the room in 5 minutes. Faster cooling achieves the goal more efficiently.
Answer: Revise the solutions or design a new one. When all options fail requirements, redesign is necessary.
Answer: Choose the idea supported by evidence. Evidence-based solutions are more reliable than untested ideas.
Answer: The option that meets the goal with fewer materials. Efficiency means achieving the same result with less waste.