Electrostatic force and gravitational force differ in which respect?

Question

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Answer 1

In electrostatic force, the force of medium depend on charges while the force of medium due to gravity does not depend on masses. There is no concept of induced mass.

Answer 2

In electrostatic force, the force of medium depend on charges while the force of medium due to gravity does not depend on masses. There is no concept of induced mass.

Electrostatic force and gravitational force differ in which respect?

Conservative force

Central force

Principle of superposition

Dependence on the intervening medium

In electrostatic force, the force of medium depend on charges while the force of medium due to gravity does not depend on masses. There is no concept of induced mass.

In comparison to the electrostatic force between two electrons, the electrostatic force between two proton is :

The ratio of the electrostatic force of attraction to the gravitational force between the proton and electron of the hydrogen atom is of the order of

Three charged particles are in equilibrium under their electrostatic forces only. Then,

Two particles each of mass $m$ and carrying charge $Q$ are separated by some distance. If they are in equilibrium under mutual gravitational and electrostatic forces, then Q/m (in C/Kg) is of the order of:

The ratio of electric force to the gravitational force between two protons separated by a finite distance is of the order of:

Revise with Concepts

Properties of Magnetic Field Lines Around a Bar Magnet

Electrostatic force and gravitational force differ in which respect?

Conservative force

Central force

Principle of superposition

Dependence on the intervening medium

In electrostatic force, the force of medium depend on charges while the force of medium due to gravity does not depend on masses. There is no concept of induced mass.

In comparison to the electrostatic force between two electrons, the electrostatic force between two proton is :

The ratio of the electrostatic force of attraction to the gravitational force between the proton and electron of the hydrogen atom is of the order of

Three charged particles are in equilibrium under their electrostatic forces only. Then,

Two particles each of mass m and carrying charge Q are separated by some distance. If they are in equilibrium under mutual gravitational and electrostatic forces, then Q/m (in C/Kg) is of the order of:

The ratio of electric force to the gravitational force between two protons separated by a finite distance is of the order of:

Revise with Concepts

Properties of Magnetic Field Lines Around a Bar Magnet

Two particles each of mass $m$ and carrying charge $Q$ are separated by some distance. If they are in equilibrium under mutual gravitational and electrostatic forces, then Q/m (in C/Kg) is of the order of: