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Given that T^(2) = kR^(3), express the c...

Given that `T^(2) = kR^(3)`, express the constant `k` of the above relation in days and kilometres. Given, `k= 10^(-13)s^(2) m^(3)`. The Moon is at a distance of `3.84 xx 10^(5) km` from the earth. Obtain its time period of revolution in days.

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To solve the problem step by step, we will break it down into two parts: ### Part 1: Expressing the constant `k` in days and kilometers. 1. **Given Information:** - The constant \( k = 10^{-13} \, s^2 \, m^{-3} \). - We need to convert this to \( d^2 \, km^{-3} \). ...
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