why does g doesnot depend on mass of body
irrelevant or wrong or short answers will be on the spot reported
explain it?
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Answered by
3
g is the gravitational force between two objects and represent with it
g = G m1 ×m2/r^2
g is a kind of force of attraction.So,
g=F. which is m×a
now a=F/m
F/m = Gm1×m2/r^2 ×1/m1
=G m/r^2
thus from above equation it is shown how g doesn't depend on mass .
g = G m1 ×m2/r^2
g is a kind of force of attraction.So,
g=F. which is m×a
now a=F/m
F/m = Gm1×m2/r^2 ×1/m1
=G m/r^2
thus from above equation it is shown how g doesn't depend on mass .
deveshpant2018:
is it all right
didnt understood
wow amazing explanation
Answered by
1
Its very simple theory
1.We think that light objects accelerate slowly and heavy object accelerate fastly.....but thats wrong......because for heavy objects their opposing force is more when compared to light object......hence acceleration of light and heavy object will be equal........by this we can say acceleration due to gravity is independent of time taken....
.
2.when compared to mass of earth...mass of object is nearly negligable......hence mass is not considered
.
.keep smiling
1.We think that light objects accelerate slowly and heavy object accelerate fastly.....but thats wrong......because for heavy objects their opposing force is more when compared to light object......hence acceleration of light and heavy object will be equal........by this we can say acceleration due to gravity is independent of time taken....
.
2.when compared to mass of earth...mass of object is nearly negligable......hence mass is not considered
.
.keep smiling
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