The mass of a body is measured on the planet Earth as M kg. When it is taken to a planet of radius half that of the Earth then its value will be
a) 4M b) 2M c) M/4 d)M
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Answered by
144
⭐《QUESTION》
↗Find the mass of the body on a planet having radius half of the Earth?
⭐《ANSWER 》
↪Actually welcome to the concept of the GRAVITATION !!
↪basically applying the formula we get as ....
↪So here we apply the formula of the Gravitational Force , i.e.
↪F = GMm / R^2
↪Also we know that , on the surface of the earth , body in equilibrium is as
↪F = mg
↗Find the mass of the body on a planet having radius half of the Earth?
⭐《ANSWER 》
↪Actually welcome to the concept of the GRAVITATION !!
↪basically applying the formula we get as ....
↪So here we apply the formula of the Gravitational Force , i.e.
↪F = GMm / R^2
↪Also we know that , on the surface of the earth , body in equilibrium is as
↪F = mg
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habib003:
oh it happens sometimes.....
in ur world maybe but in mine it does not change
it happens when considering special theory of relativity ie when things start to move with a speed comparable to the speed of light
it is called mass variation but it is very rare in daily life
Answered by
60
Answer:
In the sura guide ,I study (d)M.
if it is wrong sorry.
plz thanks for me.
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