Kinematics

3.03 m/s^2

0.11 m/s^2

6.05 m/s^2

0.06 m/s^2

Hockey puck sliding across ice coming to natural rest without external forces applied other than friction.

A ball at its highest point when thrown straight up into the air before it starts falling back down.

Car parked on a flat road with engines turned off.

Satellite orbiting Earth in uniform circular motion at constant speed along its path.

It decreases only if they stick together.

It increases.

It changes direction but stays the same magnitude.

It remains constant.

The distance traveled by the object over that period of time.

The total displacement experienced by the object since it started moving.

The increase in object's velocity over that period of time.

The decrease in object's velocity over that period of time.

An upward sloping line above the time axis.

A horizontal line above the time axis.

A downward sloping line above the time axis.

A horizontal line below the time axis.

Constant positive velocity

Object at rest

Decelerating motion

Accelerating motion

Gravitational pull becomes zero as one object’s mass becomes significantly higher than that of another object’s mass.

Gravitational force decreases inversely with increased mass due to dilution effects.

Gravitational force increases directly with greater mass of either object involved.

Mass has no effect on gravitational attraction if distances remain consistent between objects.

The ball slows down until it stops momentarily at its highest point then begins to fall back down.

There is no vertical component of acceleration while the ball travels upwards.

Ball continuously speeds up until caught again by the student.

Ball maintains a steady speed throughout until caught again by the student.

The skater who is heavier stays still while the lighter skater moves away.

They move away from each other in opposite directions.

Friction causes them to slip at different angles depending on their weights.

Both skaters experience equal backward velocities regardless of weight differences.

Zero

Increasing over time

Equal to its velocity

Constant but not zero