What Does the Value of Acceleration Due to Gravity Does Not Depend upon?

By Manesh Singh|Updated : August 29th, 2022

The Acceleration Due to Gravity does not depend upon the Mass of the Falling Object. The acceleration produced in a freely falling body due to the earth's gravitational pull is known as acceleration due to gravitation.

 

What is the Acceleration Due to Gravity?

Acceleration due to Gravity is known to be the acceleration gained by an object due to gravitational Force. It has direction and magnitude; hence, it's considered a vector quantity. Its SI unit is m/s2. Acceleration due to Gravity is represented as 'g.' The standard value of the 'g' on the earth's surface at sea level is 9.8 m/s2.

The Formula of Acceleration Due to Gravity

The Force acting on a body due to Gravity is given by f = mg

Where f denotes the Force working on the body

g indicates the acceleration due to Gravity, 

m represents the mass of the body.

Now, according to the universal law of gravitation,

f = GmM/(r+h)2

Where,

  • f = the Force between two bodies,
  • G = universal gravitational constant (6.67×10-11 Nm2/kg2)
  • m = mass of the object,
  • M = mass of the earth,
  • r = radius of the earth.
  • h = height at which the body is from the earth's surface.

This helps us understand the following:

  • Irrespective of the different masses, All bodies experience the same acceleration due to Gravity.
  • Its value on earth depends upon the earth's mass rather than the object's mass.

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What Does the Value of Acceleration Due to Gravity Does Not Depend Upon FAQs

  • Acceleration due to Gravity does not depend on the body's mass. Acceleration Due to Gravity is known as acceleration gained by an object due to gravitational Force.

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