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WorksheetsSemester 1 Physics Review
Total questions: 36
Worksheet time: 24mins
Speed =
distance ÷ time
displacement ÷ time
distance × time
displacement × time
Velocity =
distance ÷ time
displacement ÷ time
distance × time
displacement × time
Which of the following is NOT a vector quantity
velocity
displacement
acceleration
mass
Which of the following is a scalar quantity
velocity
displacement
distance
acceleration
A vector quantity has a
magnitude and direction
magnitude
direction
magnitude and units
A scalar quantity has a
magnitude and direction
magnitude
direction
direction and units
Which of the following is expressed in correct scientific notation?
123,309.6
1.2 x 106
0.000269 x 103
1.2 x 101
There are 1,000 millimeters in 1 meter. How many millimeters are in 54 meters?
0.0054
5400
0.054
54000
Stacy drives at a safe 30 mph from her house to the school in 10 minutes. How far does she drive in miles?
4.8 miles
6.2 miles
4.0 miles
3.9 miles
Robert runs around the football field which has a perimeter of 2,000 ft. If he runs around the football field exactly 2 times, what is his displacement?
4,000 ft
0 ft
2,000 ft
2 ft
A car accelerates from 0 to 60 mph in 14 seconds because it is an electric fuel efficient vehicle. The car's acceleration is?
4.29 mph/s
4.29 m/s/s
4.29 mph
4.29 mphs
An object's motion is graphed above. The object is moving at a constant speed during what times?
B, and D
A and C
A, C, and E
None of the above
An object's motion is graphed above. The object is at rest during which times?
A, C, and E
E only
B and D
None of the above
An object's motion is graphed above. The object is moving with a negative velocity during which times?
A only
C only
A and C
C and D
An object's velocity over time is charted above. Select the correct statement about the motion.
The object's velocity is constant
The object's position is constant
The object's acceleration is constant
None of the above are true.
The horse's overall displacement is ___ meters
35 meters
31 meters
39 meters
None of the above
The horse's overall distance is ___ meters
35 meters
31 meters
39 meters
None of the above
Which of the diagrams correctly depicts a projectile's acceleration vector at any point along its trajectory?
A
B
C
D
E
Which of the diagrams correctly depicts a projectile's horizontal velocity vector at any point along its trajectory?
A
B
C
D
E
This flowerpot's acceleration right as it starts to fall is
9.8 m/s/s
- 9.8 m/s/s
0 m/s/s
Not able to determine from information provided.
Which of the following is a true projectile under the influence of?
Gravity and air resistance
Gravity and applied force
Gravity, air resistance, and applied force
Gravity only
The equations above can only be used when _______ is constant
velocity
acceleration
position
altitude
The vertical component of the blue vector above is ___
11
15
9
7
The horizontal component of the blue vector above is ___
11
15
9
4
The blue vector is called the _________
Addant
Sum
Resultant
Component
The resultant velocity of the plane is ____ km / hr
100 km / hr
125 km / hr
75 km / hr
12500 km / hr
Weight is another term for which of the following?
How dense something is
Force due to gravity
The mass of an object
The size of an object
"the amount of matter in an object" best defines which of the following?
density
weight
height
mass
Select the correct FBD for cheese "W"
The net force on the object is
5N left
5 N right
10 N right
15 N right
Σ stands for
The product of
The sum of
Divide
Change in
Δ stands for
The sum of
The product of
The change in
The absolute value of
A wagon is pulled to the right with a force of 4 N. If the wagon accelerates at 1.3 m/s/s, what is the mass of the wagon? Assume no friction forces
5.2 kg
0.3 kg
3.1 kg
Unable to determine from the given information
If the mass of the cart in the image above is 15 kg, what is the Fg of the cart?
- 150 N
- 1.5 N
- 9.8 N
- 15 N
Determine the normal force on the cart if the mass of the cart is 15 kg and the cart is not accelerating in the vertical direction.
15 N
0 N
9.8 N
150 N
The cart in the image accelerates to the right at 0.5 m/s/s. IF the cart's mass is 15 kg, what is the applied force on the cart, assuming there is no air resistance or friction.
7.5 N
30 N
- 30 N
-7.5 N
