Scenario: In a whimsical universe, both the Earth and the Moon are not solid celestial bodies but rather hollow spheres made entirely of chocolate. This unique setting allows us to explore various physics concepts, including gravitational forces, orbital mechanics, escape velocity, and projectile motion, all while imagining the delightful implications of a chocolate world. Density of chocolate:
1300k(g)/(m^(3))
Radius of Earth:
6.378\times 10^(6)
Radius of Moon:
1.737\times 10^(6)
Chocolate shell thickness:
1%
of radius

Question

Scenario: In a whimsical universe, both the Earth and the Moon are not solid celestial bodies but rather hollow spheres made entirely of chocolate. This unique setting allows us to explore various physics concepts, including gravitational forces, orbital mechanics, escape velocity, and projectile motion, all while imagining the delightful implications of a chocolate world. Density of chocolate:

1300k(g)/(m^(3))

Radius of Earth:

6.378\times 10^(6)

Radius of Moon:

1.737\times 10^(6)

Chocolate shell thickness:

1%

of radius

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