________________
4
becomes steady for that object. i.e. time interval for that object becomes
zero.
Einstein accepted the velocity of light as constant and it is denoted by 'c'. Einstein's principle touches two aspects of this physical world. On the one hand it describes the construction and shape of the vast universe and the forces that act upon it and on the other hand it explains the behaviour of the fundamental particles and their characters.
Einstein gave an excellent equation for knowing the energy of a substance, E = mc', where E denotes the total energy of the substance with a mass 'm'. 'm' denotes the mass of a substance, and 'c' is nothing but the velocity of light, which is accepted as constant.
Einstein gave an equation for calculating the mass of the mobile objects.
If the mobile object has the velocity 'y' then m
Y
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i.e. v=c Then, my = mc =
denotes the mass of the object in mobile condition, which has the velocity 'v'. m. denotes the original mass of the object when the object is at rest, 'v' and 'c' denote the velocities of the object and light respectively.
So when the object maintains the velocity equal to the velocity of a photon particle.
m
O
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mo
√1-c2 102
m
m1 = mc √1.
(by putting 'c' in place of 'v')
And according to the principle of mathematics, if any number is divided by zero it gives value infinite and it is denoted by co. As a result we can say that, if the velocity of an object becomes equal to the velocity of light, its mass, becomes infinite.
The equation for calculating the length of a mobile object is as follows:
0
mo
√1-12/c2
,where m
L = L'(√√1-v2 / c2 )
Here I denotes the length of a mobile object, which has the velocity
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