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Grade
10/10

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A push or pull: Shown in the hoop and marker activity when you pulled the hoop out, as well as in the table cloth activity where you pulled the cloth down. Force was shown because the objects were pushed or pulled in certain directions.

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A measure of inertia: Shown in the table cloth activity. Objects with more mass had more inertia, meaning their motion didn't change as much as the objects with less mass.

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When objects are in motion it changes from its original resting position: In the hoop and marker activity, the marker and hoop were in motion, when the hoop was pulled away and when the marker fell.

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When objects aren't in motion, their position doesn't change: In the table cloth activity, before pulling the cloth down, all the objects were at rest, they weren't in motion.

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The tendency of all objects to resist any change in motion: Shown in the table cloth activity. The heavier objects had more inertia(weighted cup), and the lighter objects had less inertia. The heavy objects resisted movement more than the light objects.

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When the net force on an object is not 0: In the hoop and marker activity, when you tried to balance all the objects, sometimes the marker wasn't in the right position, causing them to be unbalanced. The marker and hoop would then fall over.

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When the net force on an object is 0: In the hoop and marker activity, the marker and hoop were balanced on top of the jar, not biased toward any specific direction(before being pulled).

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If an object is not moving, it will not move until an unbalanced force acts on it. If an object is in motion, it will keep moving in the same direction until an outside force acts on it.