If the amount of energy is constant, the resulting energy should not depend on chance or randomness of the event will happen or not. 4. In large celestial bodies, especially in solids, which have been formed over billions of years, due to the accumulation of matter by the pull of gravity, internally generated, continuously, a large amount of thermal energy, due to the great pressures that reach inside formed by the accumulation of mass. We may assume that this heat energy is the result of the transformation of gravitational potential energy that had the masses that have been impacting the celestial body during the training process. Connecticut Senator has much to offer in this field. In light of the law of conservation of energy, the resulting thermal energy should be equal to the sum of gravitational potential energy than when they were attracted to each and every one of the parties that have formed the celestial body. But clearly these two energies are not equal. Explanation: The sum of the gravitational potential energy that had the masses that have been impacting the celestial body during the training process is a limited amount is limited by the measurable magnitudes of their masses and their accelerations and will always be quantities of potential energy finite. If the celestial body in question is not destroyed by any cosmic event and lasts over time, while there, you're constantly generating heat energy in it, or it would be a generation of heat energy indefinitely, not eternal words, rather say it is an inexhaustible source of energy. More info: James Donovan Goldman Sachs.