Force and Motion
Science
Force and Motion starts at 3 and continues till grade 5.
QuestionsToday has an evolving set of questions to continuously challenge students so that their knowledge grows in Force and Motion.
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See sample questions for grade 4
Describe what happens when you push a toy car on a smooth surface versus a rough surface.
Explain why it is harder to push a heavy box than a light box.
If you roll a ball on a carpet and on a tile floor, on which surface will it roll farther?
What happens to an object when unbalanced forces act on it?
Describe what happens when you push a toy car on a smooth surface versus a rough surface.
Explain why it is harder to push a heavy box than a light box.
If you roll a ball on a carpet and on a tile floor, on which surface will it roll farther?
What happens to the speed of a bicycle when you stop pedaling?
Which of the following is an example of a force? (1) Pushing a door (2) Watching TV (3) Sleeping (4) Reading a book
Which of the following is an example of gravity in action? (1) A ball falling to the ground (2) A boat floating on water (3) A car stopping at a red light (4) A person eating lunch
Which of the following is an example of motion? (1) A parked car (2) A spinning top (3) A closed book (4) A sleeping cat
Which of the following is an example of using force to stop an object? (1) Catching a ball (2) Dropping a book (3) Blowing a whistle (4) Turning on a light
Fill in the blank: The force that keeps us on the ground is called __________.
Fill in the blank: The force that makes a ball bounce back up after hitting the ground is called __________ force.
Fill in the blank: The force that makes a compass needle point north is __________.
Fill in the blank: The force that pulls a magnet toward iron is called __________.
True or False: A force can change the direction of a moving object.
True or False: A moving object will keep moving forever if no force acts on it.
True or False: All moving objects eventually stop if no force keeps them moving.
True or False: An object at rest will stay at rest unless a force acts on it.
