Question

write diffrences b/w gravitational constuct (g) L acceleration due to gravity​

Answer 1

Answer:

Gravitation Gravity

It is a universal force It is not a universal force

It is a weak force It is a strong force

The force is F=(GM1M2)/R2 (G= gravitational constant) The force is F=mg (g=acceleration due to gravity)

The direction of gravitational force lies in the radial direction from the masses The direction of the force of gravity is along the line joining the earth’s center and the center of the body. Its direction is towards the center of the earth.

The force can be 0 when the separation between bodies is infinity The force of gravity can be 0 at the center of the earth

It requires two masses It requires only one mass

Answer 2

Answer:

Gravitation:

• It is a universal force.

• It is a weak force.

• The force is F = ( GM1M2 ) / R2 [ G = gravitational constant ]

• The direction of gravitational force lies in the radical direction from the masses.

• The force can be 0 when the seperation between bodies is infinity.

• Requires 2 masses.

Gravity:

• It is not a universal force.

• It is a strong force.

• The force is F = mg [ G = acceleration due to gravity. ]

• The direction of the force of gravity is along the line joining the earth's center & the canter of the body. It's direction is towards the center of the earth.

• The force of gravity can be 0 at the canter of the earth.

• Requires 1 mass.

Explanation:

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