Q.1. State Law of Gravitation. Furthermore Mass of different objects are given in table. Find out gravitational force for each set of parameters given in the table Assume required data Mass of Object 1 Mass of Object 2 Separation Distance(kg)(kg)(m)Football Player Earth.100 kg6.38 x 10° m5.98 x1024 kg(on surface)a.BallerinaEarth6.38 x 10° mb.40 kg5.98 x1024 kg(on surface)6.60 x 10° mPhysics Student EarthC.70 kg5.98 x1024 kg(low-height orbit)Physics Student Physics Studentd.1m70 kg70 kgPhysics Student Physics Student0.2 m70 kg70 kgPhysics Student Physics Bookf.70 kg1m1 kgPhysics Student70 kg1.71 x 10° m(on surface)Moon7.34 x 1022 kkg6.98 x 107 mJupiter1.901x 1027 kgPhysics Studenth.70 kg(on surface)

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Answered: State Law of Gravitation. Furthermore…

State Law of Gravitation. Furthermore Mass of different objects are given in table. Find out gravitational force for each set of parameters given in the table Assume required data

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter13: Universal Gravitation

Section: Chapter Questions

Problem 13.6OQ: An object of mass m is located on the surface of a spherical planet of mass M and radius R. The...

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Question

Q.1. State Law of Gravitation. Furthermore Mass of different objects are given in table. Find out gravitational force for each set of parameters given in the table

Assume required data

Mass of Object 1 Mass of Object 2 Separation Distance
(kg)
(kg)
(m)
Football Player Earth.
100 kg
6.38 x 10° m
5.98 x1024 kg
(on surface)
a.
Ballerina
Earth
6.38 x 10° m
b.
40 kg
5.98 x1024 kg
(on surface)
6.60 x 10° m
Physics Student Earth
C.
70 kg
5.98 x1024 kg
(low-height orbit)
Physics Student Physics Student
d.
1m
70 kg
70 kg
Physics Student Physics Student
0.2 m
70 kg
70 kg
Physics Student Physics Book
f.
70 kg
1m
1 kg
Physics Student
70 kg
1.71 x 10° m
(on surface)
Moon
7.34 x 1022 k
kg
6.98 x 107 m
Jupiter
1.901x 1027 kg
Physics Student
h.
70 kg
(on surface)

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