a ball of mass 500 g kept near the earth's surface will attract the earth with a force of
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Answered by
7
as we know
The force with which the ball is attracted by the Earth is equal to the force with which the ball attracts Earth.
according to the newton's law of gravitation
So force = weight = m g
f=mg
m= 500g
m =0.5kg
we can take g=9.8
f= 0.5*9.8
f=4.90 N
The force with which the ball is attracted by the Earth is equal to the force with which the ball attracts Earth.
according to the newton's law of gravitation
So force = weight = m g
f=mg
m= 500g
m =0.5kg
we can take g=9.8
f= 0.5*9.8
f=4.90 N
Answered by
3
Given, Mass = 0.5 kg , Acceleration = 9.8 m/s²
According to the Newton's second law of motion-
F = ma [F = force, m = mass, a =acceleration]
F = 0.5 × 9.8
F = 4.9 N
I hope this will help you.
According to the Newton's second law of motion-
F = ma [F = force, m = mass, a =acceleration]
F = 0.5 × 9.8
F = 4.9 N
I hope this will help you.
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