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Om A 40.0-kg boy skates down the track. The energy data and his speed at certain elevations are tabulated below. Complete the table. Round off all ENERGY data to the ones place while SPEED to the hundredths place (2 decimal places). Quantities At y=4.9 m At y 3 m At y = 0m Kinetic Energy (J) 751 1582 Potential Energy (J) 1923 1177 Thermal Energy (J). 2 380 Total Energy (J) 1962 1962 Speed (m/s)

Om A 40.0-kg boy skates down the track. The energy data and his speed at certain elevations are tabulated below. Complete the table. Round off all ENERGY data to the ones place while SPEED to the hundredths place (2 decimal places). Quantities At y=4.9 m At y 3 m At y = 0m Kinetic Energy (J) 751 1582 Potential Energy (J) 1923 1177 Thermal Energy (J). 2 380 Total Energy (J) 1962 1962 Speed (m/s)

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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Haght-0 A 40.0-kg boy skates down the track. The energy data and his speed at certain elevations are tabulated below. Complete the table. Round off all ENERGY data to the ones place while SPEED to the hundredths place (2 decimal places). Quantities At y=4.9 m At y 3 m At y = 0 m Kinetic Energy (J) 751 1582 Potential Energy (J) 1923 1177 Thermal Energy (J). 380 Total Energy (U) 1962 1962 Speed (m/s)
Transcribed Image Text:Haght-0 A 40.0-kg boy skates down the track. The energy data and his speed at certain elevations are tabulated below. Complete the table. Round off all ENERGY data to the ones place while SPEED to the hundredths place (2 decimal places). Quantities At y=4.9 m At y 3 m At y = 0 m Kinetic Energy (J) 751 1582 Potential Energy (J) 1923 1177 Thermal Energy (J). 380 Total Energy (U) 1962 1962 Speed (m/s)
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