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Example 2.12 Two bodies of mass M, and M, are kept separated by a distance d. Prove that at the point where the value of gravitational intensity produced by them is zero, the potential is V = - (M, + M2 + 2 M, M, ). G

Example 2.12 Two bodies of mass M, and M, are kept separated by a distance d. Prove that at the point where the value of gravitational intensity produced by them is zero, the potential is V = - (M, + M2 + 2 M, M, ). G

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Example 2.12 Two bodies of mass M, and M, are kept separated by a distance d. Prove that at the point where the value of gravitational intensity produced by them is zero, the potential is (M, + M2 + 2JM, M, ). V =-.
Transcribed Image Text:Example 2.12 Two bodies of mass M, and M, are kept separated by a distance d. Prove that at the point where the value of gravitational intensity produced by them is zero, the potential is (M, + M2 + 2JM, M, ). V =-.
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