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Magnets and Engineering Design
Grade 3 - Science - Building Confidence
Worksheet 1
1Investigation 943: what happens in this magnet test: aluminum foil near a magnet?
2Investigation 869: which material or object is being tested for magnetic behavior in "paper clip near a magnet"?
3Investigation 850: which design choice fits the evidence "not attracted" for aluminum foil?
4Investigation 202: why should engineers test materials or pole arrangements such as steel paper clip before building a magnetic tool?
5Investigation 471: which question would first test magnetic behavior for wood block?
6Investigation 789: what happens in this magnet test: wood block near a magnet?
7Investigation 914: which material or object is being tested for magnetic behavior in "aluminum foil near a magnet"?
8Investigation 807: which design choice fits the evidence "not attracted" for aluminum foil?
9Investigation 347: why should engineers test materials or pole arrangements such as two magnets before building a magnetic tool?
10Investigation 820: which question would first test magnetic behavior for two magnets?
About this worksheet
Magnets and engineering design connect force observations with solutions to practical problems helps third graders connect observations with scientific explanations instead of memorizing isolated facts. Students may think magnets attract every material, or they may choose a design before checking evidence from tests. This worksheet uses short evidence-based situations so students must read the setup, identify the pattern, and choose the answer that fits the science idea named in the title. Students identify attraction and repulsion, compare magnetic materials, interpret test results, and choose designs that fit the evidence. Support versions use familiar examples and direct wording. Standard and challenge versions add closer distractors and require more comparison. Encourage your child to point to the evidence in the prompt before choosing an answer. If the answer does not explain the observation or solve the stated problem, it is probably a distractor. That habit builds careful science reasoning and prepares students for longer investigations.
What your child will learn
Identify magnetic attraction
Recognize repulsion
Use test evidence
Choose design solutions
Worked example
A steel paper clip is attracted to a magnet, so a magnet can help pick up spilled clips.