Written Works DIRECTIONS: Read each question carefully and encircle the correct answer. 1. Which is TRUE about a truck that is at rest? A. It has no speed. B. It has less mass. C. It has more mass. D. It has no momentum. ificar possesses 20 000 units of momentum, What would be the car's new monmentum its velocity was doubled? A. 40,000 units B. 50,000 units C. 60,000 units D. 70,000 units 3. Why does8 a moving truck have more momentum than a car moving at the same speed? A. The car is on the truck. B. The truck has less mass. C. The truck has more mass. D. The car has more velocity. 4. When is kinetic energy greatest on a roller coaster? A. at the top of the highest hill B. at the bottom of the highest hill C. at the end of the ride D. at the beginning of the ride

Inquiry into Physics
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Chapter1: The Study Of Motion
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DIVISION OF GEN. TRIAS CITY
Project ISuLAT Activity Sheets in Science
(Intenaified Support to Learning Alternetiven Throurh Modules and Worksheets)
• Written Works
DIRECTIONS: Read each question carefully and encircle the correct answer.
1. Which is TRUE about a truck that is at rest?
A. It has no speed.
B. It has less mass.
C. It has more mass.
D. It has no momentum.
if i car possesses 20 000 units of momentum, What would be the car's new monmentum
its velocity was doubled?
A. 40,000 units
C. 60,000 units
D. 70,000 units
B. 50,000 units
3. Why does a moving truck have more momentum than a car moving at the safne
speed?
A. The car is on the truck.
B. The truck has less mass.
C. The truck has more mass.
D. The car has more velocity.
4. When is kinetic energy greatest on a roller coaster?
A. at the top of the highest hill
B. at the bottom of the highest hill
C. at the end of the ride
D. at the beginning of the ride
5. What energy is present when pulling an arrow back?
A. kinetic energy
B. potential energy
C. mechanical energy
D. radiant energy
6. Two students place three ice cubes in a glass of water that was at a room
temperature. Which of the following scenarios would best describe the result of
the investigation?
A. Energy from the water will transfer to the ice cubes, causing the ice to
melt.
B. Cold from the ice cubes will trans fer to the water, causing the water to
cool.
C. The ice cubes will melt due to the external heat.
D. The water will have no reaction on the ice cubes even when it melts.
7. A student decides to take up diving as a hobby. He stands on a high-dive that
is 4m tall. If the student has a mass of 50 kg, what is his potential energy (PE)?
A. 200 J
B. 1960 J
C. 1890 J
D. 2130 J
8. A solar calculator has to have light in order to work. What does the radiant
energy transform into?
A. radiant
B. solar
C. potential
D. chemical
9. What would happen if a net force is acting on an object?
A. its velocity must be constant
B. its velocity must be changing
C. its mass must be changing
D. its acceleration is zero
10. Two blocks weighing 2 kg and 3 kg begin at rest with an initial momentum of
zero. After the spring is sprung, the two blocks move in opposite directions. What
is the total final momentum?
Page
Transcribed Image Text:DIVISION OF GEN. TRIAS CITY Project ISuLAT Activity Sheets in Science (Intenaified Support to Learning Alternetiven Throurh Modules and Worksheets) • Written Works DIRECTIONS: Read each question carefully and encircle the correct answer. 1. Which is TRUE about a truck that is at rest? A. It has no speed. B. It has less mass. C. It has more mass. D. It has no momentum. if i car possesses 20 000 units of momentum, What would be the car's new monmentum its velocity was doubled? A. 40,000 units C. 60,000 units D. 70,000 units B. 50,000 units 3. Why does a moving truck have more momentum than a car moving at the safne speed? A. The car is on the truck. B. The truck has less mass. C. The truck has more mass. D. The car has more velocity. 4. When is kinetic energy greatest on a roller coaster? A. at the top of the highest hill B. at the bottom of the highest hill C. at the end of the ride D. at the beginning of the ride 5. What energy is present when pulling an arrow back? A. kinetic energy B. potential energy C. mechanical energy D. radiant energy 6. Two students place three ice cubes in a glass of water that was at a room temperature. Which of the following scenarios would best describe the result of the investigation? A. Energy from the water will transfer to the ice cubes, causing the ice to melt. B. Cold from the ice cubes will trans fer to the water, causing the water to cool. C. The ice cubes will melt due to the external heat. D. The water will have no reaction on the ice cubes even when it melts. 7. A student decides to take up diving as a hobby. He stands on a high-dive that is 4m tall. If the student has a mass of 50 kg, what is his potential energy (PE)? A. 200 J B. 1960 J C. 1890 J D. 2130 J 8. A solar calculator has to have light in order to work. What does the radiant energy transform into? A. radiant B. solar C. potential D. chemical 9. What would happen if a net force is acting on an object? A. its velocity must be constant B. its velocity must be changing C. its mass must be changing D. its acceleration is zero 10. Two blocks weighing 2 kg and 3 kg begin at rest with an initial momentum of zero. After the spring is sprung, the two blocks move in opposite directions. What is the total final momentum? Page
2 kg M a ke
v?
2 kg
3 kg
A.
Zero
B.
C.
A positive value in the direction of the heavier block.
A positive value in the direction of the faster block.
More information is needed.
D.
11. What is the momentum of a 1000 kg car moving northward at 20 m/s?
A.
20000 N
20000 J
C. 20000 kg*m/s
D. 20000 kg*m/s North
В.
12. What is momentum?
A.
B.
Mass in motion
C. The velocity of an object
D. A comparison between two objects
The size of an object
13. Which of the following is the equation to calculate momentum?
A.
C. p mgh
D. p-mg
pmv
B.
p= %mv
Dat
14. What is the constant variablein any collision (crash)?
C. Total velocity
D. Energy
Total momentum
Total speed
A.
B.
15. A 0.250 kg cart moving at 0.400 m/s has how much momentum?
A.
B.
0.1 kg-m/s
1 kg-m/s
C.10 kg-m/s
D. 100 kg-m/s
Transcribed Image Text:2 kg M a ke v? 2 kg 3 kg A. Zero B. C. A positive value in the direction of the heavier block. A positive value in the direction of the faster block. More information is needed. D. 11. What is the momentum of a 1000 kg car moving northward at 20 m/s? A. 20000 N 20000 J C. 20000 kg*m/s D. 20000 kg*m/s North В. 12. What is momentum? A. B. Mass in motion C. The velocity of an object D. A comparison between two objects The size of an object 13. Which of the following is the equation to calculate momentum? A. C. p mgh D. p-mg pmv B. p= %mv Dat 14. What is the constant variablein any collision (crash)? C. Total velocity D. Energy Total momentum Total speed A. B. 15. A 0.250 kg cart moving at 0.400 m/s has how much momentum? A. B. 0.1 kg-m/s 1 kg-m/s C.10 kg-m/s D. 100 kg-m/s
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