Magnet activities for kids in Sengkang can begin at the family table with one question: will this object be attracted? Children predict, an adult demonstrates, and everyone compares the result with the original idea.
This guide focuses on observing magnetic attraction and explaining what a small test does—and does not—show. It is a family-learning activity, not a shopping list for powerful magnetic toys.
Use only age-appropriate equipment in good condition, following its instructions and warnings. An adult should handle the magnet and choose large, suitable test objects; skip the practical activity if safe equipment or supervision is unavailable.
EDUKATE SENGKANG · FAMILY LEARNING
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Do not use loose high-powered magnets, magnetic balls or damaged magnetic toys. CPSC warns that high-powered magnets can seriously harm children if swallowed. Keep magnets and small test items away from younger children.
An adult should inspect and control all equipment, check relevant recall information and put everything away afterwards. If magnet ingestion is suspected, seek immediate medical attention. Supervision does not make a hazardous product appropriate.
Select a few large, clean objects that the adult has approved for testing. Predict whether each will be attracted to the chosen magnet. Write “yes”, “no” or “not sure”, with a short reason.
Avoid testing appliances, electronics, personal medical devices or objects attached to buildings. There is no need to take magnets around Sengkang’s public spaces: keep the demonstration at a controlled table.
The adult brings the magnet near one object at a time and observes whether there is attraction. Keep the same magnet and a similar starting position for each attempt. Repeat a surprising result before discussing it.
Record what actually happened. A useful sentence is, “This object was attracted in our test.” That is more careful than naming a material you have not identified or assuming every similar-looking object will behave identically.
Some materials, including iron and many steels, are attracted strongly to ordinary magnets. Not every metal is: aluminium and copper do not behave like iron in this simple attraction test.
A shiny appearance is not evidence of magnetic attraction. If a metal object is not attracted, it does not follow that it is plastic. The child should separate the observed behaviour from a claim about what the object is made of.
If the chosen equipment permits it, an adult can repeat a test with a sheet of paper between the magnet and a known suitable object. Keep the setup otherwise similar and ask what changed.
Do not promise the same result for every object, magnet or barrier. Record the particular setup and observation. An older child can explain why changing several things at once would make the comparison harder to interpret.
Ask your child to complete three statements: “I predicted… I observed… My next question is…” A changed prediction is useful when the child can explain what evidence caused the change.
North Vista Primary School describes science learning through observing, testing, documenting and explaining. Our independent family suggestions share that broad inquiry emphasis. Keep the record small and the equipment safely stored after the activity.
Sources and further reading
North Vista Primary School: Science
Reviewed 13 October 2026. This is an independent eduKateSengkang family-learning guide. The activities are editorial suggestions, rather than official school or agency programmes. Check linked sources for current information.
