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Radius of the earth: 6378 km Mass of the earth: 5.9767 * 1024 kg Mass of the sun: 1.991 * 1030 kg Gravitational constant: G = 66.73 * 1012 _m kges? GM, M2 Gravitational force is equal to Integrate to find the work done by gravity on an object with a mass of 120 kg that falls from a height of 2700 km to a height of 1300 km W = kJ

Radius of the earth: 6378 km Mass of the earth: 5.9767 * 1024 kg Mass of the sun: 1.991 * 1030 kg Gravitational constant: G = 66.73 * 1012 _m kges? GM, M2 Gravitational force is equal to Integrate to find the work done by gravity on an object with a mass of 120 kg that falls from a height of 2700 km to a height of 1300 km W = kJ

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Radius of the earth: 6378 km Mass of the earth: 5.9767 * 1024 kg Mass of the sun: 1.991 * 1030 kg Gravitational constant: G = 66.73 * 1012 _m kges? GM, M2 Gravitational force is equal to Integrate to find the work done by gravity on an object with a mass of 120 kg that falls from a height of 2700 km to a height of 1300 km W = kJ
Transcribed Image Text:Radius of the earth: 6378 km Mass of the earth: 5.9767 * 1024 kg Mass of the sun: 1.991 * 1030 kg Gravitational constant: G = 66.73 * 1012 _m kges? GM, M2 Gravitational force is equal to Integrate to find the work done by gravity on an object with a mass of 120 kg that falls from a height of 2700 km to a height of 1300 km W = kJ
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