Physics, asked by rup9970, 11 months ago

calculate the force with which the moon attract the every kg of water in naragani river given that the moon is 3×10^5 km away from the Nepal and mass of moon is 7×10^22 kg

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Answered by Anonymous

If the distance between the earth and the moon be 3.84 x 105 km, calculate the force exerted by the earth on the moon. The value of G = 6.7 x 10–11 Nm2 kg–2. The force exerted by the earth on the moon is, Thus the force exerted by the earth on the moon is 2.01 x 1020 N.

rup9970: read the questions carefully i get confused

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jay200335: okay i will answer this question

rup9970: then answer fast

jay200335: but my net is slow can i solve it later please

rup9970: no

rup9970: it's urgent

rup9970: then u just give me idea how to do

jay200335: give me just 2minutes i am sending you the pic of solution

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Answered by jay200335

This is the solution

Attachments:

rup9970: what about this

jay200335: change kilogram into milligram and solve

jay200335: okay

rup9970: hehehe

rup9970: I told u to solve this

jay200335: i couldn't get what you want to say

rup9970: I m asking what about the quantity ( per kg of ) water

rup9970: answer more clearly for brain list answer

jay200335: see my process its absolutely correct the force which i have calculated is per kg of water

rup9970: ok

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calculate the force with which the moon attract the every kg of water in naragani river given that the moon is 3×10^5 km away from the Nepal and mass of moon is 7×10^22 kg ​

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calculate the force with which the moon attract the every kg of water in naragani river given that the moon is 3×10^5 km away from the Nepal and mass of moon is 7×10^22 kg