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Finding the potential energy for both tables

Finding the potential energy for both tables

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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Finding the potential energy for both tables
Energy Skate Park: Basics O Slow Motors ●Nomme mass of skater m = 50 kg, Type of Motion (Skateboard Ramp) (Free Fall) Maximum Height (m) 6m 6m mass of skater m = 100 kg, Type of Motion Speed PHET Energy Skate Park Basics Figure 2 Table la Potential Energy (J) Table 1b Potential Energy Speed Do MABA ii- Does the speed of the skater depends on its mass? ●Norma g=9.80 m/s² Final (Kinetic Energy speed (J) (m/s) g=9.80 m/s² Pe Chart 10.5 m/s 2756.255 11 m/s 3025 J Maximum Height (m) (Skateboard Ramp) 6m (Free Fall) 6m i- Does the work done by gravity depend on the path taken? Explain ii- Is gravitational force conservative or non-conservative? Why? PHET= Final speed (m/s) 10.2 m/s 5202 J 11 m/s 6050T Kinetic Energy u=m
Transcribed Image Text:Energy Skate Park: Basics O Slow Motors ●Nomme mass of skater m = 50 kg, Type of Motion (Skateboard Ramp) (Free Fall) Maximum Height (m) 6m 6m mass of skater m = 100 kg, Type of Motion Speed PHET Energy Skate Park Basics Figure 2 Table la Potential Energy (J) Table 1b Potential Energy Speed Do MABA ii- Does the speed of the skater depends on its mass? ●Norma g=9.80 m/s² Final (Kinetic Energy speed (J) (m/s) g=9.80 m/s² Pe Chart 10.5 m/s 2756.255 11 m/s 3025 J Maximum Height (m) (Skateboard Ramp) 6m (Free Fall) 6m i- Does the work done by gravity depend on the path taken? Explain ii- Is gravitational force conservative or non-conservative? Why? PHET= Final speed (m/s) 10.2 m/s 5202 J 11 m/s 6050T Kinetic Energy u=m
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