The displacement is either greater than or equal to the distance traveled.
The displacement is always equal to the distance traveled.
The displacement is either less than or equal to the distance traveled.
The displacement can be either greater than, smaller than, or equal to the distance traveled.
Always
Never
Only when the velocity is constant
Only when the velocity is increasing at a constant rate
Average speed.
Instantaneous speed.
Average acceleration.
Instantaneous acceleration.
Traveling at 2.0 m in every second.
Traveling at 2.0 m/s in every second.
Changing its velocity by 2.0 m/s.
Increasing its velocity by 2.0 m/s in every second.
The car is decelerating, and its acceleration is positive.
The car is decelerating, and its acceleration is negative.
The acceleration is zero.
A statement cannot be made using the information given.
The car is decelerating, and its acceleration is positive.
The car is decelerating, and its acceleration is negative.
The acceleration is zero.
A statement cannot be made using the information given.
The acceleration must be constantly increasing.
The acceleration must be constantly decreasing.
The acceleration must be a constant non-zero value.
The acceleration must be equal to zero.
No, and an example would be an object starting from rest
No, and an example would be an object coming to a stop
Yes, because of the way in which velocity is defined
Yes, because of the way in which acceleration is defined
No, this is not possible because it is always speeding up.
No, this is not possible because it is always speeding up or always slowing down, but it can never turn around.
Yes, this is possible, and a rock thrown straight up is an example.
Yes, this is possible, and a car that starts from rest, speeds up, slows to a stop, and then backs up is an example.
In equal times its speed increases by equal amounts.
In equal times its velocity changes by equal amounts.
In equal times it moves equal distances.
A statement cannot be made using the information given.
No, this is impossible because of the way in which acceleration is defined.
No, because if acceleration is decreasing the object will be slowing down.
Yes, and an example would be an object falling in the absence of air friction.
Yes, and an example would be an object released from rest in the presence of air friction.
It will travel at constant velocity with zero acceleration.
It will have a constant acceleration up the hill, but a different constant acceleration when it comes back down the hill.
It will have the same acceleration, both up the hill and down the hill.
It will have a varying acceleration along the hill.
The acceleration must be constantly changing.
The acceleration must be constant.
This can only occur if there is no acceleration.
This is impossible.
The same speed
Twice as fast
Three times as fast
Four times as fast
The same distance
Twice as far
Three times as far
Four times as far
The speed of the falling object is proportional to its mass.
The speed of the falling object is proportional to its weight.
The speed of the falling object is inversely proportional to its surface area.
None of the above is true.
Its acceleration is constant.
Its velocity is constant.
Neither its acceleration nor its velocity is constant.
Both its acceleration and its velocity are constant.
Both its velocity and its acceleration are zero.
Its velocity is zero and its acceleration is not zero.
Its velocity is not zero and its acceleration is zero.
Neither its velocity nor its acceleration is zero.
Zero
Slightly less than g
Exactly g
Slightly greater than g
Both its velocity and its acceleration point upward.
Its velocity points upward and its acceleration points downward.
Its velocity points downward and its acceleration points upward.
Both its velocity and its acceleration points downward.
Both its velocity and its acceleration point upward.
Its velocity points upward and its acceleration points downward.
Its velocity points downward and its acceleration points upward.
Both its velocity and its acceleration point downward.
Its acceleration is constantly increasing.
Its acceleration is constant.
Its acceleration is constantly decreasing.
Its acceleration is zero.
It is essentially zero.
It is in the upward direction.
It is approximately 9.8 m/s^2 downward.
It is a constant pointing upward.
4:1
2:1
1.7:1
1.4:1
Increases.
Remains constant.
Decreases.
Cannot be determined from the information given.
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