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Grade
10/10

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Definition: An object at rest will stay at rest and an object in motion will continue to be in a constant motion unless an unbalanced force interrupts the object's current force.

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Definition: A push or pull
When was it seen: During the Table Cloth Magic activity, I had to pull the table cloth off of the table. The force in this activity was pulling the table cloth away from the table. This relates to Newton's First Law because an unbalanced force caused the utensils to fall.

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Definition: An object that has no movement due to a balanced force.
When was it seen: In the Hoop and Marker activity, the wooden hoop and highlighter had to be at rest and could not move or else you could not continue the activity and make the marker go in the jar. This goes back to Newton's First Law because the hoop stayed at rest and continued to stay at rest until the hoop was pulled.

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Definition: An object that is moving due to an unbalanced force.
When was it seen: In the Hoop and Marker activity, when the wooden hoop was pulled away, gravity pulled the highlighter down into the jar. This ties to Newton's First Law because the highlighter soon became in motion until the jar stopped it from moving and made the highlighter rest.

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Definition: When all forces acting on an object are not the same and cause the object to move(more than 0N).
When was it seen: During the Table Cloth Magic activity, there was an unbalanced force when the two graduated cylinders fell over. The force I used compared to the force of the utensils on the table, was stronger and led to the two graduated cylinders to fall. This relates to Newton's First Law because the unbalanced force interrupted the utensils' balanced force.

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Definition: Measure of inertia; amount of matter in an object.
When was it seen: As seen in the Table Cloth Magic activity, the heavier an object (mass), the more inertia the object has. This was noticed when the cup, plate and spoon did not move, but the two light and hollow graduated cylinders did. This connects with Newton's First Law because the inertia helped the cup, plate, and spoon stay still, unlike the graduated cylinders

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Definition: When all forces on an object are the same and cause the object to not move (0N).
When was it seen: When the wooden ring was on the jar, they were balanced. This caused the ring to not fall over and to stay still. This goes back to Newton's First Law because the balanced force allowed the ring and jar to be at rest as well.

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Definition: The resistance of an object to change in motion.
When was it seen: When the ring was pulled and the highlighter was heading towards the inside of the jar in the Hoop and Marker activity, the marker stayed in a straight line. Instead of moving around and not landing in the jar, the highlighter went at a constant speed and went straight. This links to Newton's First Law because the inertia led to the highlighter continuously stay in motion until the jar stopped it.