00:01
The relativistic equation for the total energy of the particle is given by e is equal to gamma m0 c square.
00:09
Here, gamma is the lawrence factor.
00:12
M0 is the rest mass of the particle.
00:15
Rearranging this equation for gamma m0 gives, gamma m0 is equal to e by c square.
00:23
Substituting the values in the equation gives, gamma m0 is equal to 6 into 10 raised, to 3 mega electron volt divided by 3 into 10 10 to 8 meter per second square converting to as a unit skips gamma m c.
00:42
Gama m 0 is equal to 6 into 10 raise to 3 mav into 10 raise to 6 into 1 .6 into 10 raise to minus 19 jule divided by 1mav divided by 3mav divided by 3 into 3 into 10 raise to 8 meter per second square, which is equal to 1 .067 into 10 raise to minus 26 kilogram.
01:14
The relativistic equation for the momentum of the particle is given by p is equal to gamma m0.
01:24
Here, u is the speed of the particle.
01:27
Rearranging this equation for u gives u is equal to p by gamma and 0...