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Choose the correct answer between the two. 1. What happens to the Potential Energy of the bicycle going down? • It decreases • It increases 2. How does the Potential Energy of a bicycle transform into Kinetic Energy? • It gains speed • It loses speed 3. What happens to the bicycle when it goes up? • It gains speed • It loses speed 4. What is the energy of a bicycle going fast midway down a roller slope? • both Kinetic and Potential • only Potential 5. What is the sum of the Kinetic Energy and Potential Energy? • Gravitational Enery • Mechanical Energy

Choose the correct answer between the two. 1. What happens to the Potential Energy of the bicycle going down? • It decreases • It increases 2. How does the Potential Energy of a bicycle transform into Kinetic Energy? • It gains speed • It loses speed 3. What happens to the bicycle when it goes up? • It gains speed • It loses speed 4. What is the energy of a bicycle going fast midway down a roller slope? • both Kinetic and Potential • only Potential 5. What is the sum of the Kinetic Energy and Potential Energy? • Gravitational Enery • Mechanical Energy

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Choose the correct answer between the two. 1. What happens to the Potential Energy of the bicycle going down? • It decreases • It increases 2. How does the Potential Energy of a bicycle transform into Kinetic Energy? • It gains speed • It loses speed 3. What happens to the bicycle when it goes up? • It gains speed • It loses speed 4. What is the energy of a bicycle going fast midway down a roller slope? • both Kinetic and Potential • only Potential 5. What is the sum of the Kinetic Energy and Potential Energy? • Gravitational Enery • Mechanical Energy
Procedure: 1. Using the bicycle diagram, answer the following questions. Guide Questions: Choose the correct answer by putting a check inside the box. 1. What happens to the Potential Energy of the bicycle going down? It decreases It increases 2. How does the Potential Energy of a bicycle transform into Kinetic Energy? It loses speed It gains speed 3. What happens to the bicycle when it goes up? It gains speed It loses speed 4. What is the energy of a bicycle going fast midway down a roller slope? both Kinetic and Potential only Potential 5. What is the sum of the Kinetic Energy and Potential Energy? Gravitational Energy □ Mechanical Energy High PE LOW KE High PE Low KE Minimum PE Maximum KE A B As a bicycle rolla down, it gaina speed. Potential Energy (PE) is transformed into Kinetic Energy (KE). As the bicycle goes up, it loses speed. Kinetic Energy (KE) la transformed into Potential Energy (PE). The sum of the Kinetic Energy (KE) and Potential Energy (PE) is constant.
Transcribed Image Text:Procedure: 1. Using the bicycle diagram, answer the following questions. Guide Questions: Choose the correct answer by putting a check inside the box. 1. What happens to the Potential Energy of the bicycle going down? It decreases It increases 2. How does the Potential Energy of a bicycle transform into Kinetic Energy? It loses speed It gains speed 3. What happens to the bicycle when it goes up? It gains speed It loses speed 4. What is the energy of a bicycle going fast midway down a roller slope? both Kinetic and Potential only Potential 5. What is the sum of the Kinetic Energy and Potential Energy? Gravitational Energy □ Mechanical Energy High PE LOW KE High PE Low KE Minimum PE Maximum KE A B As a bicycle rolla down, it gaina speed. Potential Energy (PE) is transformed into Kinetic Energy (KE). As the bicycle goes up, it loses speed. Kinetic Energy (KE) la transformed into Potential Energy (PE). The sum of the Kinetic Energy (KE) and Potential Energy (PE) is constant.
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