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Black Holes : Imaginary Ideas Of Their Structure
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object rises, three types of changes are occurred in it.
1. We can know from the following equation that as the velocity of an object
mo
increases, its mass-increases. m =
=, where m is the mass of an
VI-12162 object in motion, m, denotes the mass of the object, when it was at rest, and vand c respectively denote the velocity of the object and the velocity of light. 32
2. As the velocity of an object rises, its length decreases and this can be known from the following equation. L.-L., VI-12762, where L, is the length of the object in the motion, L denotes the length of the object, when it was at rest and v and c denote the velocity of the object and the velocity of light respectively. 33
3. As the velocity of an object rises, time for it becomes slower and slower and this can be known from the following equation. T = T.VI-12762, where T denotes the time-duration, while the object was in motion T denotes the time-duration, when it was at rest, v and c respectively denote the velocity of the object and the velocity of light.24
According to the equations given above, if the velocity of an object equals the velocity of light, the mass of the object would rise to infinity, the volume or length of the object would be reduced to zero and for that object time stops.
Space objects are always in motion. Of course, the velocity of all objects is not equal nor is the mass of all objects equal. But according to Einstein's equations shown above, as the velocity of space objects rises, the mass of space objects in motion, increases and the length or volume decreases. But on the other hand, according to his General Theory of Relativity i.e. the law of gravitational force, as the mass of an object rises, its gravitational force increases. Besides, as the volume of an object is reduced, its gravitational force increases. According to the equations shown above, here the mass of space objects in motion increases and volume-length decreases. Thus in both the ways, the gravitational force of the objects increases tremendously.
Of course, the rise in mass and the reduction in volume-length caused by the velocity of the objects, are only virtual and not real and consequent rise in gravitational force is also only virtual.
If the velocity of the space objects rises to be equal to or greater than the
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