Font size
WorksheetsPhysics Kinematics Test Review
Total questions: 33
Worksheet time: 19mins
___________ is a vector and is how far away an object is from its starting point.
distance
displacement
velocity
acceleration
__________ is how far an object has traveled
distance
displacement
velocity
acceleration
The motion of an object that travels in a straight line at a constant speed
displacement
relative velocity
uniform motion
frame of reference
A car driving in a circle at 40 miles per hour does not change________ but does change_________
speed, velocity
velocity, speed
The rate of change in velocity is____________
speed
acceleration
relative velocity
frame of reference
Acceleration due to gravity is represented by the letter______ is about ______ in most of the USA
g
G
9.8m/s2
4.9m/s2
True or False: If an object undergoes uniform acceleration its velocity does not change.
True
False
If an object has uniform velocity, its acceleration is________
0m/s2
9.8m/s2
3.4m/s2
2.6m/s2
Which picture shows a ball that would roll with increasing velocity and decreasing acceleration?
A
B
C
Which picture shows a ball that would roll with increasing velocity and constant acceleration?
A
B
C
Which picture shows a ball that would roll with increasing velocity and increasing acceleration?
A
B
C
Which portion of the graph shows decelerated motion?
A-B
B-C
C-D
D-F
Which portion of the graph shows uniformly accelerated motion?
A-B
B-C
C-D
D-E
E-F
Which portion of the graph shows uniform motion (constant velocity)
A-B
B-C
C-D
D-E
Which picture shows no motion (velocity=0)
A-B
B-C
C-D
E-F
Which portion of the graph shows decelerated motion?
G-H
H-I
I-J
J-K
Which portion of the graph shows uniformly accelerated motion?
G-H
H-I
I-J
J-K
Which portion of the graph shows uniform motion (constant velocity)
G-H
H-I
I-J
J-K
Which portion of the graph shows no motion (velocity is 0)?
G-H
H-I
I-J
J-K
Which portion(s) of the graph is instantaneous velocity equal to average velocity?
G-H
H-I
I-J
J-K
Which portion of the graph is impossible?
A-B
B-C
C-D
D-E
E-F
Graph A ___(a)___motion. The ___(b)___ is constant and the___(c)___ is zero
a
uniform
b
velocity
c
acceleration
Graph B represent (a) motion. Over each second the velocity is (b)
Which section of the graph represents uniform motion?
A-B
B-C
Which section of the graph represents uniformly accelerated motion?
A-B
B-C
Which section represents negative acceleration?
D-E
E-F
F-G
The Road Runner steps off a ledge and drops to the ground in 0.50 seconds. What is the Road Runner's velocity the instant he hits the ground?
3.5m/s
6.4m/s
1.8m/s
4.9m/s
The Road Runner steps off a ledge and drops to the ground in 0.50 seconds. How high is the cliff?
4.9m
1.2m
3.5m
6.4m
In 2.8 s, a car increases its velocity from 20m/s to 25m/s. What is the acceleration of the car?
8.7m/s2
6.4m/s2
4.9m/s2
1.8m/s2
How long will it take to stop a car if its driver starts breaking at a velocity of 32m/s and decelerates the car at 5.0m/s2?
1.8s
6.4s
4.9s
2.1s
It takes 8.75 seconds to stop a car if its driver starts breaking at a velocity of 35m/s and decelerates the car at 4.0m/s2. How far will the car travel before it stops?
153m
307m
86m
215m
A man is driving a car at a constant velocity of 55 mi/h. If he looks down at his phone for 2.2s how far has the car moved?
121 miles
.033 miles
0.5 miles
0.8 miles
In a test of car bumpers a car, a car moving at 7.0m/s collides head-on with a wall. From what height would a car have to be dropped in order to collide with the ground at the same velocity?
1.2m
2.5m
4.9m
6.6m
