Complete the table below. Write the answer by filling in the missing part. Force of Gravity (N)Mass of Object 1kgFootball player100 kgSeparation Distance(m)6.38x106mMass of Object 2kgEarth5.98x1024kg(on surface)6.38x106mBallerinaEarth(on surface)6.60x106m40 kg5.98x1024kgPhysics Student70 kgEarth5.98x1024kg(low height orbit)

Given- Mass of Football Player (mf) = 100 Kg Mass of Ballerina (mB) = 40 Kg Mass of Physics student…

Force of Gravity (N) Separation Distance (m) 6.38x106m Mass of Object 1 kg Football player 100 kg Mass of Object 2 kg Earth (on surface) 6.38x10 m (on surface) 6.60x106m 5.98x1024kg Ballerina Earth 40 kg 5.98x1024kg Physics Student 70 kg Earth 5.98x1024kg (low height orbit)

Force of Gravity (N) Separation Distance (m) 6.38x106m Mass of Object 1 kg Football player 100 kg Mass of Object 2 kg Earth (on surface) 6.38x10 m (on surface) 6.60x106m 5.98x1024kg Ballerina Earth 40 kg 5.98x1024kg Physics Student 70 kg Earth 5.98x1024kg (low height orbit)

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter7: Gravitation

Section: Chapter Questions

Problem 85A

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Question

Complete the table below. Write the answer by filling in the missing part.

Force of Gravity (N)
Mass of Object 1
kg
Football player
100 kg
Separation Distance
(m)
6.38x106m
Mass of Object 2
kg
Earth
5.98x1024kg
(on surface)
6.38x106m
Ballerina
Earth
(on surface)
6.60x106m
40 kg
5.98x1024kg
Physics Student
70 kg
Earth
5.98x1024kg
(low height orbit)

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