- 10. In a grocery store, you can easily push a cart Cart with a 10 kg sack of rice to the counter. W situations? a. Law of Inertia b. Law of Interaction c. Law of Acceleration d. Law of Universal Gravitation 11. Describe Potential Energy a. Energy in motion b. A force exerted by an object c. The energy gained or lost by an object d. Energy in transit 12. What is the unit of Potential and Kinetic Energy? b. Newton tack of rice than a se explains the a. Joule c. Dyne d. meter per second 13. The Car is moving fast in highways. What kind of energy is being illustrated? a. Potential Energy b. Kinetic Energy c. Elastic Potential Energy d. Food Energy 14. How does Potential Energy become Kinetic Energy? a. When an object at rest start to move b. When an object continues to move c. When an object stays at rest d. When an object moves and change its motion 15. Find the Potential Energy of a 5 kg hammer from a 2.1 m high of cabinet a. 58.9 J b. 201 J d. 102.9 J c. 90 J
- 10. In a grocery store, you can easily push a cart Cart with a 10 kg sack of rice to the counter. W situations? a. Law of Inertia b. Law of Interaction c. Law of Acceleration d. Law of Universal Gravitation 11. Describe Potential Energy a. Energy in motion b. A force exerted by an object c. The energy gained or lost by an object d. Energy in transit 12. What is the unit of Potential and Kinetic Energy? b. Newton tack of rice than a se explains the a. Joule c. Dyne d. meter per second 13. The Car is moving fast in highways. What kind of energy is being illustrated? a. Potential Energy b. Kinetic Energy c. Elastic Potential Energy d. Food Energy 14. How does Potential Energy become Kinetic Energy? a. When an object at rest start to move b. When an object continues to move c. When an object stays at rest d. When an object moves and change its motion 15. Find the Potential Energy of a 5 kg hammer from a 2.1 m high of cabinet a. 58.9 J b. 201 J d. 102.9 J c. 90 J
College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter5: Energy
Section: Chapter Questions
Problem 22P: A 60.0-kg athlete leaps straight up into the air from a trampoline with an initial speed of 9.0 m/s....
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