Using the limits to discover to relativity to find what happens with the mass when the velocity get to light velocity

 

In theory of relativity, the mass of a particle with velocity v isthat m _o is the mass of the particle in the state of  rest and c is the velocity of the light. What happens if vàc?

Also of course that the light velocity have to be higher or we gonna have something that is a negative root, that is impossible, we don't have to know the velocity of the light lets suppose that is 2.000.000,000001 the particle velocity would be 2.000.000 or let's suppose that is 45.000.000.000.000,00000001 the particle velocity would be 45.000.000.000.000 and the division would be the same 0,99999999.

The mass in that state of velocity would be increase eternally.

Rute Bezerra de Menezes Gondim