a man weight 130.4 newton on the Moon. if acceleration due to gravity on the moon is 1.63 M per second square .find the mass of the man and his weight on the earth.(take g=10m/second square)
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Answered by
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weight= mass × acceleration due to gravity
______________________________
ON MOON
w= mg
given, w=130.4 and g(on moon) =1.63
=>130.4 = m×1.63
=>m= 130.4/1.63
=>m=80
______________________________
ON EARTH
w=mg
given , g=10 , m we got from weight on moon =80
here mass will not change because it is the measure of amount of matter in a body... so mass will be the same in any corner of this universe
so...
w(on Earth) = mg
w= 80 × 10 =800 N
_______________________________
hope it helps you....
☺☺
______________________________
ON MOON
w= mg
given, w=130.4 and g(on moon) =1.63
=>130.4 = m×1.63
=>m= 130.4/1.63
=>m=80
______________________________
ON EARTH
w=mg
given , g=10 , m we got from weight on moon =80
here mass will not change because it is the measure of amount of matter in a body... so mass will be the same in any corner of this universe
so...
w(on Earth) = mg
w= 80 × 10 =800 N
_______________________________
hope it helps you....
☺☺
Answered by
0
please select as a brainlist answer
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