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Distance traveled in a set amount of time

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Speed in a reference direction

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Distance
Avg. Speed=   ----------------
Time

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vFinal - vStart
A=   -----------------------
Time to change velocity

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V = G * T

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A heavier object experiences a greater gravitational force than a lighter object does. The heavier object is harder to accelerate because it has more mass

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Affected by size, shape, and speed. Increases as speed increases.

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Place where there is no air resistance

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Perpendicular to ground;
Accelerate downwards.

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Constant;
Parallel to ground;
Not affected by gravity

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Curved path an object follows when thrown near the surface of the Earth.

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Motion of a body when gravity is the only force acting on it.

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TL;DR: Maximum speed an object can fall
Long Version:
Constant Velocity object falling object when gravity and air resistance are balanced on an object.

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When this ball comes and hits the line, one ball on the opposite side will bounce out, as explained in Newton's 3rd Law.

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F = M * A

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A = f/M

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Acceleration decreases as force on object decreases.

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Smaller mass, smaller inertia(and vice versa).
Changing motion of a small mass is easier than changing motion of a large one

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Objects will move forever with the same velocity unless an unbalanced force acts upon them.

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All forces act in pairs; Every action has an equal and opposite reaction.

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Acceleration depends on mass and force applied.

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An object at rest stays at rest, while an object in motion stays in motion unless an outside forces acts upon it.

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An objects tendency to resist change in motion.