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Grade
10/10

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If a push or pull has a force of 0 newtons, then the force is balanced. This was seen in the hoop and marker activity as the ring was providing a balanced force to the marker that was at rest.

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If a push or pull has a force that is not equal to 0 newtons then it is  an unbalanced force. This was seen in the hoop and marker activity because when the hoop was removed, the marker started moving down because of the unbalanced force of gravity.

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How an object keeps the same motion that it is already in until an unbalanced force acts upon it. This can be seen in the table cloth activity as the objects on the table (most of the time) stayed still.

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An object is not moving and only balanced forces are acting upon it. This was seen in the table cloth activity as the objects on the table were not moving at the beginning and were therefore at rest.

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The weight of an object with no forces acting upon it. This could be seen in the hoop and marker challenge as we can measure the weight of the marker. However, we could only measure the mass if there was no gravity or any other forces.

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A push or pull on an object. This was seen in the table cloth activity as we had to pull out the table cloth using force.

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If an object is moving away from a still reference point, then it is in motion. If an object is in motion, then it stays in motion. This was seen in the hoop and marker challenge as the marker was falling away from where it had originally started.

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If an object is staying still, it will not move until an unbalanced force acts upon it. If an object is already moving, it will keep moving until an unbalanced force acts upon it. This was seen in the table cloth activity as the items on the table cloth were at rest until moving the table cloth which was an unbalanced force.