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WorksheetsPhysics Midterm Formula Review
Total questions: 35
Worksheet time: 28mins
After hitting a home run a batter completes a full circuit of the baseball diamond which has 4 sides of 6.5m each. What was his total displacement?
0 m
6.5 m
13 m
26 m
After bunting the ball a dashes to 2nd base safely. The baseball diamond has 4 sides of 6.5m each. What was his total distance?
0 m
6.5 m
13 m
26m
A nerf gun shoots a dart 27m to stick on a window. if the dart was traveling at 4m/s, how long did it take to hit the window?
6.75 s
108 s
20.25 s
Which graph shows an individual that is stopped?
A
B
C
D
None of the answers are correct
Which graph shows an individual who is traveling at a constant speed?
A
B
C
D
None of the answers are correct
What period shows an individual who is stopped?
A
B
C
D
None of the answers are correct
Which period shows an individual who is traveling at a constant speed?
A
B
C
D
None of the answers is correct
The graph show three individuals traveling North away from a bakery.
Which line has the fastest velocity?
A
B
C
The graph shows three individuals traveling North away from a bakery.
What is the average velocity of the individual represented by line A after 40 seconds?
5 m/s N
2.5 m/s N
0.625 m/s N
0.2 m/s N
The graph shows three individuals traveling North away from a bakery.
What is the average velocity of the individual represented by line B?
5 m/s N
2.5 m/s N
0.675 m/s N
0.4 m/s N
The graph shows three individuals traveling North away from a bakery.
What is the displacement of the individual represented by line A after 10 seconds?
10m
25m
50m
100m
The graph shows three individuals traveling North away from a bakery.
What time intervals represents the individual represented by line C traveling at a constant speed?
0-20 s
10-20 s
0-40 s
20-60 s
A student tosses a ball in the air. The ball reaches its maximum height after 3 seconds. How fast was the ball thrown?
29.4 m/s
9.8 m/s
3.26 m/s
35 m/s
A model rocket launches into the air and reaches its maximum height after 39 seconds before falling back to the ground. What was the rocket's initial velocity?
3.57 m/s
9.8 m/s
382 m/s
400 m/s
What is happening at segment A?
acceleration
deceleration
constant speed
no motion/object at rest
What is happening at segment B?
acceleration
deceleration
constant speed
no motion/object at rest
What is happening at segment B?
no motion/object at rest
constant speed
acceleration
What is happening at segment A?
no motion/object at rest
constant speed
deceleration
Two fish were swimming in the ocean. One was a big fish with a much greater of 16kg (some of his mass was because of his top hat), and one was a smaller fish with a little mass of 4kg. Their names were Fredd (big fish), and Tom (little fish). They discussed a plan to race each other to their home, and they both started pushing against the water. They were both going at a speed of 25 newtons. Who was accelerating at a faster rate?
Fredd (big fish)
They were accelerating at the same rate
They did not accelerate
Tom (little fish)
A 25 kg bike accelerates at 10 m/s2. What was the force?
250 N
2.5 N
25 N
15 N
If an object was accelerating at 5 m/s2, and a force of 10 newtons was required to accelerate it, what was the object's mass?
50 kg
2 kg
0.5 kg
5 kg
Jenny applies a 60 N force to a 20 Kg cart, what is the acceleration of the cart if friction can be neglected?
1200 m/s/s
0.33 m/s/s
20 m/s/s
3 m/s/s
Rock A is thrown horizontally off of a cliff with a velocity of 18.0 m/s. The rock lands 35 m from the base of the cliff.
According to the information and diagram shown above, what is the magnitude of the vertical acceleration for Rock A after it is released?
18 m/s
35 m
-9.8 m/s2
0 m/s2
Rock A is thrown horizontally off of a cliff with a velocity of 18.0 m/s. The rock lands 35 m from the base of the cliff.
A second rock (Rock B) is dropped from the same height from which Rock A was thrown.
If both rocks are released simultaneously, which rock will strike the ground first?
Rock A
Rock B
They will strike at the same time
The answer depends on the height of the cliff
Rock A is thrown horizontally off of a cliff with a velocity of 18.0 m/s. The rock lands 35 m from the base of the cliff.
According to the above information and diagram, how long will Rock A be in the air?
v=d/t
1.9 s
630 s
180 s
3 s
Rock A is thrown horizontally off of a cliff with a velocity of 18.0 m/s. The rock lands 35 m from the base of the cliff.
According to the information and diagram above, what is the height of the cliff?
v=d/t
d= vi t + at2
37 m
22m
15 m
35 m
Astronomers use the gravitational wobble of a star to indicate the presence of planets outside our solar system. Astronomers specifically look for planets in the habitable zone of 1.8 X 1011 m away from the star.
Calculate the mass of a planet that exerts a 1.4 X1013 N force on a 6.4 X 1030 kg star.
2.03x1025
4.27x1020
4.536x1035
1.06x1015
A student attempts to measure the maximum possible distance two masses can be away from one another and still register on the force-meter available. The masses are 3 kg and 8 kg respectively while the force-meter is capable of detecting a force as low as 0.00004 N.
What is the greatest distance the masses can be apart and still register on the force-meter?
6x105
4.0x10-6
2.0x10-3
1.0x10-5
What is the gravitational force between two identical 7000 kg asteroids whose centers of mass are separated by 200 m?
1225 N
8.2x10-8 N
1.6x10-5 N
5.4x10-4 N
The force of gravity depends directly on the ______ of an object.
mass, kg
force, N
speed, m/s
radius, m
Our moon has a mass of 8.35 x 1022 kg, and is 4.63 x 108 km from Earth at the closest point. The mass of Earth is 5.97x10²⁴kg. What is the gravitational attraction between these two bodies?
1.55x1020N
2.14x1017N
7.18x1028N
5.43x1015N
