It is now a universally accepted fact that gravitational force orders all the bodies of the cosmos. Generally density and weight are taken as synonyms but it is incorrect. The weight is infact the velocity of the gravitational force that works on a body according to its mass. Taking the example of the earth we can understand gravitation working on two lumps or objects lying on the ground.
On the surface of the earth an object ‘M’ has a weight that is exerted by the gravitational velocity. This velocity is ‘g’ that is pressing or weighing down the surface of the earth. We shall write it in equational form as the following:
MASS AND WEIGHT
The mass indicates how much stuff is there in an object whereas the weight is measured in gravitational velocity which is being generated due to the impact of gravitation. Thus mass and weight are each other’s comparative forms and the velocity of gravitation is static in rational form. This fact shows that the mass of a body can be static but the weight depends on the state where the body exists. If an object or body is taken to the moon surface the mass will remain the same but the weight will change because of different radius of moon and the change in gravitational velocity. A mass will have different weights on the earth and the moon. On the moon the mass will be six times lighter since the earth has six times more gravitational velocity than the moon.
