wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

Review Quizizz

Total questions: 78

Worksheet time: 2hrs 34mins

Name
Class
Date
1.
A quantity that is ignorant of direction is referred to as a
a)
vector quantity
b)
scalar quantity
2.
A quantity that is has magnitude and  direction is referred to as a
a)
vector quantity
b)
scalar quantity
3.
An object can be moving for 10 seconds and still have zero displacement.
a)
True
b)
False
4.
You run from your house to a friend's house that is 3 km away. You then walk home. The distance you traveled is 6 km. What is your displacement? 
a)
6  km
b)
0 km
5.
A _________ quantity is completely described by magnitude alone. A _________ quantity is
completely described by a magnitude with a direction.
a)
vector, scalar
b)
scalar, vector
6.
Speed is a __________ quantity and velocity is a __________ quantity.
a)
scalar, vector
b)
vector, scalar
7.
The fastest trains are magnetically levitated above the rails to avoid friction (and are therefore called
MagLev trains...cool, huh?). The fastest trains travel about 250 km in a half an hour. What is their
average speed in km/hour?
a)
250 km/hr
b)
500 km/hr
c)
125 km/hr
8.
A quantity that is has magnitude and  direction is referred to as a
a)
vector quantity
b)
scalar quantity
9.
An object can be moving for 10 seconds and still have zero displacement.
a)
True
b)
False
10.
You run from your house to a friend's house that is 3 km away. You then walk home. The distance you traveled is 6 km. What is your displacement? 
a)
6  km
b)
0 km
11.
A _________ quantity is completely described by magnitude alone. A _________ quantity is
completely described by a magnitude with a direction.
a)
vector, scalar
b)
scalar, vector
12.
Speed is a __________ quantity and velocity is a __________ quantity.
a)
scalar, vector
b)
vector, scalar
13.
The fastest trains are magnetically levitated above the rails to avoid friction (and are therefore called
MagLev trains...cool, huh?). The fastest trains travel about 250 km in a half an hour. What is their
average speed in km/hour?
a)
250 km/hr
b)
500 km/hr
c)
125 km/hr
14.
A hummingbird averages a speed of about 45 km/hour (Cool facts: They visit up to 1000 flowers per day, and reach maximum speed, while diving, up to 160 km/hour!). Ruby-throated hummingbirds take a non-stop trip across Gulf of Mexico in which they fly for 18 hours straight! How far is the trip across the Gulf of Mexico at their average speed?
a)
810 km
b)
2.5 km
c)
3.6 km
d)
360 km
15.
An object is NOT accelerating if it is moving
a)
in a circle
b)
at constant velocity 
c)
at increasing speed
d)
only as influenced by gravity
16.
A car slows down from +32 m/s to +8 m/s in 4 s. The acceleration is 
a)
6 m/s/s opposite the motion
b)
2m/s/s in the direction of motion
c)
8 m/s/s opposite the motion
17.
An airplane accelerates down a runway at 3.20 m/s/s
for 8 s until it finally lifts off the ground.
Determine the velocity at take-off.
a)
0.4 m/s
b)
25.6 m/s
c)
2.5 m/s
18.
A quantity that is ignorant of direction is referred to as a
a)
vector quantity
b)
scalar quantity
19.
An airplane accelerates down a runway at 3.20 m/s/s for 8 s until it finally lifts off the ground.  The velocity of 25.6 m/s at liftoff is 
a)
instantaneous 
b)
average
20.
A cheetah travels 75 m in 3 s. What is her velocity over the interval?
a)
225 m/s
b)
25 m/s 
c)
0.04 m/s
21.
A cheetah travels 75 m in 3 s. Her velocity of 25 m/s over the interval is
a)
instantaneous
b)
average
22.
What is the formula to calculate speed?
a)
S = t/d
b)
S = d/t
c)
S = d x t
d)
S = t x d
23.
What is speed?
a)
how far you go
b)
how much distance is covered over a period of time
c)
how fast you accelerate
d)
the change in the location of a object
24.
What is velocity?
a)
the quickness of an object
b)
the location of an object
c)
acceleration
d)
speed in a specific direction
25.
A change in velocity over time is known as:
a)
acceleration
b)
constant speed
c)
average speed
d)
displacement
26.
How do you calculate average speed?
a)
divide total time by total distance
b)
multiply total time by total distance
c)
divide total distance by total time
d)
subtract total time from total distance
27.
The correct equation to calculate speed is
a)
distance/time
b)
time/distance
c)
distance x time
d)
distance/time2
28.
A distance vs. time graph shows an object's
a)
frame of reference
b)
speed
c)
acceleration
d)
favorite food
29.

An airplane accelerates down a runway from rest at 3.20 m/s2 for 32.8 s until is finally lifts off the ground. Determine the distance traveled before takeoff.

Which equation is appropriate?

a)

vf=vi+a*t

b)

x=vi*t+1/2at2

c)

vf2=vi2+2aX

d)

x=((vf+vi)/2)t

30.
A golf ball starts with a speed of 2 m/s and slows at a constant rate of 0.5 m/s2, what is its velocity after 2 s?
a)
0 m/s
b)
0.5 m/s
c)
1 m/s
d)
1.5 m/s
31.

A car is traveling to the right with a speed of 29​​m/s when the rider slams on the accelerator to pass another car. The car passes in 110 m with constant acceleration and reaches a speed of 34m/s. We want to find the acceleration of the car as it sped up. What equation should you choose?

a)

vf=vi+at

b)

x=vit+1/2at2

c)

vf2=vi2+2aX

d)

x=((vf+vi)/2)t

32.
A  car starts from rest and after  7 seconds it is moving at 42  m/s. What is the car’s acceleration?
a)
0.17
b)
1.67
c)
6
d)
7
33.
How long will it take a running horse to travel 260 m and attain a speed of 12 m/s from rest?
a)
1200 seconds
b)
1.2 hours
c)
43 Hours
d)
43 minutes
34.
A car is traveling at 21.0 m/s. It slows to a stop at a constant rate over 5.00 s. How far does the car travel during those 5.00 seconds before it stops? 
a)
4.20 m
b)
52.5 m
c)
105 m
d)
158 m
35.
The SI unit for length or distance is
a)
foot (ft)
b)
inch (in)
c)
mile (mi)
d)
meter (m)
36.
In each of the following cases, determine which car has the greatest acceleration.
a)
starts from 0 m/s to 20 m/s in 4 seconds.
b)
speed up from 20m/s to 40m/s in 3 seconds
c)
slow down from 50m/s to stop in 2 seconds
d)
starts from 0 m/s to 20m/s in 5 seconds
37.
The rate at which distance is covered is called speed.
a)
True
b)
False
38.
A car is traveling at 21.0 m/s. It slows to a stop at a constant rate over 5.00 s. How far does the car travel during those 5.00 seconds before it stops? 
a)
4.20 m
b)
52.5 m
c)
105 m
d)
158 m
39.

A force of 8 Newton’s is applied to a crate so that it moves at a constant velocity of 1.5 m/s. What is the net force?

a)

1.5 N

b)

8 N

c)

12N

d)

0 N

40.

A force of 8 Newton’s is applied to a crate so that it moves at a constant velocity of 1.5 m/s. What is the magnitude of the frictional force?

a)

1.5 N

b)

8 N

c)

12N

d)

0 N

41.

Why is there no net force in the middle of this graph? This is F to t for an elevator.

a)

There is. You can't trick me.

b)

The elevator is at rest

c)

The elevator is accelerating

d)

The elevator has a constant speed

42.

Is this object in equilibrium?

a)

Yes and it's moving right

b)

Yes and its at rest

c)

No, it's accelerating right

d)

No, it's at rest

43.

Which of these is a correct sum statement for Fx?

a)

Fa - Ff = ma

b)

Fnet = Ff

c)

Fn/Fg

d)

Fa = ma

44.

A 50.0 N box is at rest on a horizontal surface. The coefficient of static friction between the box and the surface is 0.50, and the coefficient of kinetic friction is 0.30. A horizontal 20.0 N force is then exerted on the box. The magnitude of the acceleration of the box is most nearly

a)

0 m/s2

b)

0.5 m/s2

c)

1 m/s2

d)

4 m/s2

45.

An archer shoots an arrow straight up with a force of 24.5 N. The arrow has a mass of 0.4 kg. What is the force of gravity on the arrow?

a)

9.8 m/s2

b)

9.8 N

c)

61.5 N

d)

3.9 N

46.

When the frictionless system shown above is accelerated by an applied force of magnitude F, the tension in the string between the blocks is

a)

F

b)

2/3 F

c)

1/2 F

d)

1/3 F

47.

A block of weight W is pulled along a horizontal surface at constant speed v by a force F, which acts at an angle of Ө with the horizontal, as shown above. The normal force exerted on the block by the surface has magnitude

a)

Greater than W

b)

Greater than zero but less than W

c)

Equal to W

d)

zero

48.

A block of mass 3m can move without friction on a horizontal table. The block is attached to another block of mass m by a cord that passes over a frictionless pulley, as shown above. If the masses of the cord and the pulley are negligible, what is the magnitude of the acceleration of the descending block?

a)

g/3

b)

g/4

c)

2g/3

d)

g

49.

Two people are pulling on the ends of a rope. Each person pulls with a force of 100 N. The tension in the rope is

a)

0 N

b)

50 N

c)

100 N

d)

200 N

50.
The graph respresents
a)
no motion
b)
constant velocity
c)
increasing velocity
d)
decreasing velocity
51.
Which runner got a head start?
a)
red line runner
b)
blue line runner
52.
Which runner is faster?
a)
red line runner
b)
blue line runner
53.
What is happening between 2 and 3 seconds?
a)
The object is not moving.
b)
The object is not accelerating.
c)
The object is slowing down.
d)
The object is speeding up.
54.

A cart travels with a constant nonzero acceleration along a straight line. Which graph best represents the relationship between the distance the cart travels and the time of travel?

a)
b)
c)
d)
55.

The graph above represents the motion of a car during a 6 - second interval. What is the acceleration of the car at t = 5.0 s?

a)

0.0 m/s

b)

2.0 m/s

c)

2.5 m/s

d)

10 m/s

56.
Which graph represents zero acceleration (constant velocity)?
a)
A
b)
B
c)
C
d)
D
57.

This position vs. time graph shows an object...

a)

not moving

b)

moving with constant velocity

c)

moving with changing velocity

58.

This position vs. time graph shows an object...

a)

not moving

b)

moving with constant velocity

c)

moving with changing velocity

59.

This position vs. time graph shows an object...

a)

not moving

b)

moving with constant velocity

c)

moving with changing velocity

60.

This velocity vs. time graph shows an object...


(Hint: For this graph, the velocity is 0 m/s!)

a)

not moving

b)

moving with constant velocity

c)

moving with changing velocity

61.

This velocity vs. time graph shows an object...

a)

not moving

b)

moving with constant velocity

c)

moving with changing velocity

62.

This position vs. time graph shows an object...

a)

not moving

b)

moving with constant velocity

c)

moving with changing velocity

63.

Two factors that determine work are...

a)

Force

b)

Mass

c)

Velocity

d)

Distance

64.

Units of force are...

a)

Newtons

b)

Grams

c)

Joules

d)

Meters

65.

Units of work are...

a)

Newtons

b)

Grams

c)

Joules

d)

Meters

66.

If you push a cart with a force of 60 N for 2 m... how much work have you done?

a)

120 J

b)

30 J

c)

120 N

d)

30 N

67.

Fred kicks a ball with a force of 20N to George, who is 5M away.


How much work was done to the ball?

a)

25 J

b)

100 J

c)

4 J

d)

75 J

68.

If 40N of force is applied to Rollo Koster's 10 kg cart over a distance of 50 meters, how much work is done?

a)

8000 J

b)

8000 N

c)

4000 J

d)

2000 J

69.

Complete the statement about the principal of Conservation of Energy.

Energy can be changed for one form to another but the total amount of energy

a)

always increases

b)

always decreases

c)

does not change

d)

varies according to the reaction

70.

A Radio releases 250J of energy 10J is released as heat , How much is released as sound?

a)

200J

b)

220J

c)

240J

d)

260J

71.

The % energy efficiency of an appliance is

a)

total energy input/ useful energy output x 100

b)

useful energy output /total energy input x100

c)

total energy input x useful energy input x100

d)

useful energy output /total energy input x50

72.

A baguette is dropped off the top of the Eiffel Tower. What is true concerning of the mechanical energy of the ball as it falls?

a)

The potential energy of the baguette is conserved as it falls.

b)

The sum of the kinetic and potential energies of the baguette is a constant.

c)

The kinetic energy of the baguette is conserved as it falls.

d)

A) The total energy of the object increases as it falls since it gains speed.

73.

In which of the following situations is kinetic energy decreasing?

a)

A lit tinsel llama is dropped from a building.

b)

A satellite is moving in a circular orbit around the moon.

c)

A baseball is headed upward after being thrown up in the air.

d)

An elevator is moving upward at a constant velocity.

74.

A roller coaster car of mass m has a speed of 0 m/s just before it starts to go down a hill as show above. Assume the roller coaster does not encounter any friction or air resistance. What is the speed of the roller coast car at point B?

a)

gh\sqrt{gh}

b)

2gh\sqrt{2gh}

c)

gh2\sqrt{\frac{gh}{2}}

d)

2ghm\sqrt{\frac{2gh}{m}}

75.

Renatta Gass is out with her friends. Misfortune occurs and Renatta and her friends find themselves getting a workout. They apply a cumulative force of 1080 N to push the car 218 m to the nearest fuel station. Determine the work done on the car.

a)

2.35 x 105 J

b)

2.05 x 105 J

c)

1.35 x 105 J

d)

3.25 x 105 J

76.

Hans Full is pulling on a rope to drag his backpack to school across the ice. He pulls upwards and rightwards with a force of 22.9 Newtons at an angle of 35 degrees above the horizontal to drag his backpack a horizontal distance of 129 meters to the right. Determine the work (in Joules) done upon the backpack.

a)

2.42 x 103 J

b)

2.22 x 103 J

c)

3.12 x 103 J

d)

1.84 x 103 J

77.

During the Powerhouse lab, Jerome runs up the stairs, elevating his 102 kg body a vertical distance of 2.29 meters in a time of 1.32 seconds at a constant speed. Determine the power generated by Jerome.

a)

1.73 x 103 W

b)

1.48 x 103 W

c)

1.91 x 103 W

d)

1.27 x 103 W

78.

A new conveyor system at the local packaging plan will utilize a motor-powered mechanical arm to exert an average force of 890 N to push large crates a distance of 12 meters in 22 seconds. Determine the power output required of such a motor.

a)

490 Watts

b)

40. Watts

c)

11 x 103 Watts

d)

0.55 Watts

Similar Resources on Wayground

UAS Biofisika Fisika

75 questions

UAS Biofisika Fisika

quiz

Worksheet

•

University

PRUEBA FINAL DE DINÁMICA Y TIRO PARABÓLICO

80 questions

PRUEBA FINAL DE DINÁMICA Y TIRO PARABÓLICO

quiz

Worksheet

•

10th Grade

Edexcel GCSE Physics SP3

78 questions

Edexcel GCSE Physics SP3

quiz

Worksheet

•

8th - 10th Grade

Energy, Work, & Power

75 questions

Energy, Work, & Power

quiz

Worksheet

•

11th Grade

Joints and Muscles

82 questions

Joints and Muscles

quiz

Worksheet

•

11th Grade - University

Semester II: Test I: Module I: Circular & Rotational Motion

75 questions

Semester II: Test I: Module I: Circular & Rotational Motion

quiz

Worksheet

•

University

Physics Heat (Latent Heat & Gas Law)

81 questions

Physics Heat (Latent Heat & Gas Law)

quiz

Worksheet

•

9th - 12th Grade

CHƯƠNG 2. SÓNG CƠ HỌC

78 questions

CHƯƠNG 2. SÓNG CƠ HỌC

quiz

Worksheet

•

12th Grade