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Grade
9/10 only one activity pic

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An object at rest stays at rest and a object in motion stays in motion with the same velocity unless acted upon by an unbalanced force.

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A push or pull in any direction

This was seen in the marker activity when the wooden ring was pulled to the left because a force is pushing the ring to the left. The force caused the ring to move to the left when it was in rest.

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The tendency of a object to resist moving or resist a change in speed or velocity if moving.

This was seen in the table cloth activity when the objects stayed on the table even when the cloth was removed because the object is resisting moving. The object is staying at rest when resting.

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When the net force of a object is 0.

This was seen in the table cloth activity when the objects were on the table before the cloth was removed because the net force of the materials is 0 the objects are not moving and are balanced.Balanced  forces make objects at rest stay in rest.

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When the net force of a object is greater then 0.

This was seen in the marker activity when the ring was moved because the net force of the object was greater than zero making it be moved to the right when it was resting. Unbalance forces make objects at rest move and become objects in motion.

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A object at rest is a object that does not move.

This was seen in the marker activity when the wooden ring and marker were not moving because objects at rest are not moving. Objects at rest do not move

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In motion means a object is moving.

This was seen in the marker activity when the wooden ring was removed because the marker started falling when the wooden ring was removed by a unbalanced force. Objects acted upon by unbalanced forces move and become in motion.

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The measure of inertia.

This was seen in the table cloth activity when the test tube did not move while the small can did because the test tube had a higher mass it did not go in motion while the small can had a smaller mass making it harder to resist the tablecloth moving. Objects that have more mass resist unbalanced forces more than those that do not.