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1. Which of the following laws of motion describes a car that is still moving for a short period of time even after the breaks have been applied? A. Law of Acceleration C. Law of Interaction B. Law of Inertia D. Law of Universal Gravitation 2. Which of the following laws of motion describes a rifle's recoil when fired? A. Law of Acceleration C. Law of Interaction B. Law of Inertia D. Law of Universal Gravitation 3. Which of the following laws of motion describes a boulder that needs to be moved away from the road? A. Law of Acceleration C. Law of Interaction B. Law of Inertia D. Law of Universal Gravitation 4. Which of the following laws of motion describes a race between a bus and a motorcycle?

1. Which of the following laws of motion describes a car that is still moving for a short period of time even after the breaks have been applied? A. Law of Acceleration C. Law of Interaction B. Law of Inertia D. Law of Universal Gravitation 2. Which of the following laws of motion describes a rifle's recoil when fired? A. Law of Acceleration C. Law of Interaction B. Law of Inertia D. Law of Universal Gravitation 3. Which of the following laws of motion describes a boulder that needs to be moved away from the road? A. Law of Acceleration C. Law of Interaction B. Law of Inertia D. Law of Universal Gravitation 4. Which of the following laws of motion describes a race between a bus and a motorcycle?

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DIRECTION: Read and understand each statement below. Select the best answer by writing the letter of your choice on the space provided in your answer sheet.
1. Which of the following laws of motion describes a car that is still moving for a short period of time even after the breaks have been applied? A. Law of Acceleration C. Law of Interaction B. Law of Inertia D. Law of Universal Gravitation 2. Which of the following laws of motion describes a rifle's recoil when fired? C. Law of Interaction A. Law of Acceleration B. Law of Inertia D. Law of Universal Gravitation 3. Which of the following laws of motion describes a boulder that needs to be moved away from the road? A. Law of Acceleration C. Law of Interaction B. Law of Inertia D. Law of Universal Gravitation 4. Which of the following laws of motion describes a race between a bus and a motorcycle? A. Law of Acceleration B. Law of Inertia C. Law of Interaction D. Law of Universal Gravitation 5. Which of the following statements is TRUE about motion? A. A force is required to keep an object moving B. It is a change in position as a result of an ernal unbalanced force C. Objects will seek their natural place D. It is a change in position as a result of inertia 6. Which of the following concepts describe motion? I. Acceleration II. Mass III. Position (Distance and Displacement) IV. Speed and Velocity A. I, II and III B. I, II and IV 7. Which of the following statements describe force? I. It either a push or a pull exerted upon an object II. It is an external quantity that aims to change an object's current state of motion A. Red ball B. Blue Ball C. I, III and IV D. II, III and IV III. It is inversely proportional to mass IV. It is a vector quantity; representing a direction A. I, II and III C. I, III and IV B. I, II and IV D. II, III and IV 8. If a red ball is higher than a blue ball and both balls have the same mass, which ball has more potential energy? C. They both have the same potential energy D. None of the above 9. Which of the following is NOT a conservative force? C. Normal force from a pendulum D. Frictional force A. Gravity B. Spring force 10. Total mechanical energy is defined as A. Kinetic energy B. Potential energy C. The sum of Kinetic and Potential energy D. The sum of the change of the kinetic and potential energy 11. Which of the following concepts describe the tendency of a body to maintain its state of rest or of uniform speed along a straight line? A. Interaction B. Inertia 12. Which of the following statements will result to a change in motion if the mass of an object is doubled? A. In order for motion to occur the force applied should be doubled. B. In order for motion to occur the force applied should be halved. C. Uniform acceleration D. Universal Gravitation
Transcribed Image Text:1. Which of the following laws of motion describes a car that is still moving for a short period of time even after the breaks have been applied? A. Law of Acceleration C. Law of Interaction B. Law of Inertia D. Law of Universal Gravitation 2. Which of the following laws of motion describes a rifle's recoil when fired? C. Law of Interaction A. Law of Acceleration B. Law of Inertia D. Law of Universal Gravitation 3. Which of the following laws of motion describes a boulder that needs to be moved away from the road? A. Law of Acceleration C. Law of Interaction B. Law of Inertia D. Law of Universal Gravitation 4. Which of the following laws of motion describes a race between a bus and a motorcycle? A. Law of Acceleration B. Law of Inertia C. Law of Interaction D. Law of Universal Gravitation 5. Which of the following statements is TRUE about motion? A. A force is required to keep an object moving B. It is a change in position as a result of an ernal unbalanced force C. Objects will seek their natural place D. It is a change in position as a result of inertia 6. Which of the following concepts describe motion? I. Acceleration II. Mass III. Position (Distance and Displacement) IV. Speed and Velocity A. I, II and III B. I, II and IV 7. Which of the following statements describe force? I. It either a push or a pull exerted upon an object II. It is an external quantity that aims to change an object's current state of motion A. Red ball B. Blue Ball C. I, III and IV D. II, III and IV III. It is inversely proportional to mass IV. It is a vector quantity; representing a direction A. I, II and III C. I, III and IV B. I, II and IV D. II, III and IV 8. If a red ball is higher than a blue ball and both balls have the same mass, which ball has more potential energy? C. They both have the same potential energy D. None of the above 9. Which of the following is NOT a conservative force? C. Normal force from a pendulum D. Frictional force A. Gravity B. Spring force 10. Total mechanical energy is defined as A. Kinetic energy B. Potential energy C. The sum of Kinetic and Potential energy D. The sum of the change of the kinetic and potential energy 11. Which of the following concepts describe the tendency of a body to maintain its state of rest or of uniform speed along a straight line? A. Interaction B. Inertia 12. Which of the following statements will result to a change in motion if the mass of an object is doubled? A. In order for motion to occur the force applied should be doubled. B. In order for motion to occur the force applied should be halved. C. Uniform acceleration D. Universal Gravitation
12. Which of the following statements will result to a change in motion if the mass of an object is doubled? A. In order for motion to occur the force applied should be doubled. B. In order for motion to occur the force applied should be halved. UNIVERSITY OF Baguio A Self-Regulated Learning Module I. C. In order for motion to occur the velocity applied should be doubled. D. In order for motion to occur the velocity applied should be halved. 13. Which of the following statements describe mass in relation to inertia? The greater the mass the greater is the inertia of an object The greater the mass the lesser is the inertia of an object III. The greater the mass the greater the resistance of an object IV. The greater the mass the lesser is the resistance of an object A. I and III II. C. II and III B. I and IV D. II and IV 14. What two measurements are needed to calculate work? A. Velocity and Distance C. Mass and Force B. Time and Distance D. Force and Distance 15. If you spend 1 hour pushing as hard as you can on a wall, but the wall doesn't move. How much work have you done? A. OJ C. 60 J B. 1J D. 100 J 16. If it takes 10 J of work to move a rock 15 meters in 5 seconds, what is the power? A. 50 W B. 150 W 17. Kinetic energy can be calculated from what two measurements? A. Mass and power C. Acceleration and velocity B. Velocity and mass D. Speed and momentum 18. If a plane was traveling at the same velocity as a bird, which would have the most kinetic energy (assuming the plane has more mass)? A. Plane C. They have the same amount of kinetic energy B. Bird D. None of the above 19. If a 2 kg ball is traveling at 4 meters per second, what is its kinetic energy? A. 16 J C. 8 J B. 32 J D. 4 J A. 19.6 J B. 3 J C. 2 W D. 200W 20. What is the gravitational potential energy of a 3 kg ball that is 1 meter above the floor? C. 29.4 J D. 21 J 8
Transcribed Image Text:12. Which of the following statements will result to a change in motion if the mass of an object is doubled? A. In order for motion to occur the force applied should be doubled. B. In order for motion to occur the force applied should be halved. UNIVERSITY OF Baguio A Self-Regulated Learning Module I. C. In order for motion to occur the velocity applied should be doubled. D. In order for motion to occur the velocity applied should be halved. 13. Which of the following statements describe mass in relation to inertia? The greater the mass the greater is the inertia of an object The greater the mass the lesser is the inertia of an object III. The greater the mass the greater the resistance of an object IV. The greater the mass the lesser is the resistance of an object A. I and III II. C. II and III B. I and IV D. II and IV 14. What two measurements are needed to calculate work? A. Velocity and Distance C. Mass and Force B. Time and Distance D. Force and Distance 15. If you spend 1 hour pushing as hard as you can on a wall, but the wall doesn't move. How much work have you done? A. OJ C. 60 J B. 1J D. 100 J 16. If it takes 10 J of work to move a rock 15 meters in 5 seconds, what is the power? A. 50 W B. 150 W 17. Kinetic energy can be calculated from what two measurements? A. Mass and power C. Acceleration and velocity B. Velocity and mass D. Speed and momentum 18. If a plane was traveling at the same velocity as a bird, which would have the most kinetic energy (assuming the plane has more mass)? A. Plane C. They have the same amount of kinetic energy B. Bird D. None of the above 19. If a 2 kg ball is traveling at 4 meters per second, what is its kinetic energy? A. 16 J C. 8 J B. 32 J D. 4 J A. 19.6 J B. 3 J C. 2 W D. 200W 20. What is the gravitational potential energy of a 3 kg ball that is 1 meter above the floor? C. 29.4 J D. 21 J 8
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