Can gravitational acceleration change with position?
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13
Hey mate ^_^
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Answer:
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Your answer is yes!
=> When a small object is placed near to earth, there will be a Gravitational Attractive Force on the object.
=> This acceleration of the object is constant for smaller heights from the surface of earth and this acceleration is called acceleration due to Gravity.
#Be Brainly❤️
=======
Answer:
=======
Your answer is yes!
=> When a small object is placed near to earth, there will be a Gravitational Attractive Force on the object.
=> This acceleration of the object is constant for smaller heights from the surface of earth and this acceleration is called acceleration due to Gravity.
#Be Brainly❤️
9mpuri3:
hie
hii niki
Answered by
0
Hi there,
Yes,the acceleration due to gravity change with position because the gravitational force is not constant at all possible,i.e it changes with the height if the body is in high altitude then it would experience less gravitational force than a body is in the place of ground.
This is so because we know :
F = Gm1m2/r^2
As if the radius will increase then the force of attraction will also get change.
From this we can say that ,the body in the center of earth would have zero weight.i.e zero gravitational pull.Because of no Radius.
Yes,the acceleration due to gravity change with position because the gravitational force is not constant at all possible,i.e it changes with the height if the body is in high altitude then it would experience less gravitational force than a body is in the place of ground.
This is so because we know :
F = Gm1m2/r^2
As if the radius will increase then the force of attraction will also get change.
From this we can say that ,the body in the center of earth would have zero weight.i.e zero gravitational pull.Because of no Radius.
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