> Q. The change in the value of acceleration of earth towards sun, when the moon comes from the position of solar eclipse to the position on the other side of earth in line with sun is: (mass of the moon $= 7.36 times 10^{22}, kg$, radius of the moon’s orbit $= 3.8 times 10^8,m$). – LIVE ANSWER TODAY

Q. The change in the value of acceleration of earth towards sun, when the moon comes from the position of solar eclipse to the position on the other side of earth in line with sun is: (mass of the moon $= 7.36 times 10^{22}, kg$, radius of the moon’s orbit $= 3.8 times 10^8,m$).

In This post you will get answer of Q.
The change in the value of acceleration of earth towards sun, when the moon comes from the position of solar eclipse to the position on the other side of earth in line with sun is:
(mass of the moon $= 7.36 times 10^{22}, kg$, radius of the moon’s orbit $= 3.8 times 10^8,m$).

Solution:

Answer (a) $6.73 times 10^{-5}, m/s^2$

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