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A planet and its two moons are aligned as shown. Find the total force on Moon A due to the combination of Moon B and the planet. Note: mMoon A = 1.69E+20_kg d, = 452000000¸m mMoon B = 7.02E+19_kg dz = 9440000000_m mplanet = 4.73E+22_kg d2 d1 Moon A Moon B Planet

A planet and its two moons are aligned as shown. Find the total force on Moon A due to the combination of Moon B and the planet. Note: mMoon A = 1.69E+20_kg d, = 452000000¸m mMoon B = 7.02E+19_kg dz = 9440000000_m mplanet = 4.73E+22_kg d2 d1 Moon A Moon B Planet

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
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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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A planet and its two moons are aligned as shown. Find the total force on Moon A due to the combination of Moon B and the planet. Note: mMoon A = 1.69E+20_kg d, = 452000000_m mMoon B = 7.02E+19_kg d2 = 9440000000_m mplanet = 4.73E+22_kg d2 d1 Moon A Moon B Planet 5. А. 1.042E+13_N D. 1.402E+13_N В. 1.128E+13_N Е. 5.642E+12_N С. 1.214E+13_N F. 9.856E+12_N /--/
Transcribed Image Text:A planet and its two moons are aligned as shown. Find the total force on Moon A due to the combination of Moon B and the planet. Note: mMoon A = 1.69E+20_kg d, = 452000000_m mMoon B = 7.02E+19_kg d2 = 9440000000_m mplanet = 4.73E+22_kg d2 d1 Moon A Moon B Planet 5. А. 1.042E+13_N D. 1.402E+13_N В. 1.128E+13_N Е. 5.642E+12_N С. 1.214E+13_N F. 9.856E+12_N /--/
Expert Solution
Step 1

(given)

Mass of Moon A = 1.69×1020 kg

Mass of Moon B = 7.02×1019kg

  Mass of planet = 4.73×1022 kg

Separation between Moon A and Moon B = 452000000 m

   Separation between Moon A and planet = 9440000000 m

Gravitational Force is

F =Gm1m2d2

where m1 and m2 are the masses of two bodies,

            d is the separation between two bodies,

            G is the universal gravitational constant.

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