Gravitational masses and inertial masses are the same.

(Force) = (gravitational mass) x (intensity of the gravitational field),

(Force) = (gravitational mass) × (intensity of the gravitational field),

��� (Force) = (gravitational mass) x (intensity of the gravitational field),

where the “gravitational mass” is likewise a characteristic constant for the body.

where the “inertial mass” is a characteristic constant of the

where the “gravitational mass” is likewise a characteristic constant

where the "gravitational mass" is likewise a characteristic constant

where the "gravitational mass" is likewise a characteristic constant for the body.

where the "inertial mass" is a characteristic constant of the

It is necessary to discover why there is equivalence between the inert mass and the weighing mass.

It is also measured by the weight of the body (heavy mass).

It’s also measured by the weight of the human body (gravity mass).

It is also measured by the weight of the body (gravity mass).

The Equality of Inertial and Gravitational Mass as an argument for the General Postulate of Relativity