Diurnal dynamics of mass and energy equivalence is studied. From the Einstein’s classic equation E=mc2,it bears ample testimony that E-mc2 =0 which provides an infallible observatory to the fact that matter would dissipate energy on various fronts, be it transformation of one energy to another or intergalactic cataclysms that lead to apocalyptic atrophication in the mass ,notwithstanding the fact that the radiation carries the rest mass. , and law of conservation of mass and energy are conserved. Hawking’s radiation is another example in the point. Like the Bank Deposits and Credits are equal, and the credits dissipate deposits, nonetheless Profit shown up as a part of the balance sheet, we argue that such an approach shall provide a more saner explanation of the various unrelated manifestations that have taken place after GTR. One point that is to be noted is that the law of conservation of mass and law of conservation of energy is preserved in such energy transformations. In the Bank, individual debits and credits are tallied, and later on, after a complete drafting of various day’s credits and debits, transfer scrolls are tallied with that of the slips and a General Ledger is written. ON the same lines a General Ledger can be written of the various energy ,mass, space, time transactions what with the debits and credits shown in each account thereof, the consolidated Credit or Debit balance is showed. This we state is itself the General Ledger Or the General Theory of Mass Energy, Space and Time, In the final series we give consolidated analysis of the equations., Concatenated and consolidated equations are given in the annexure inconsideration to the various permutations and combinations of space, energy ,mass, time. Introduction expatiates in detail about the details of these four variables and we draw from annexural equations for further papers, which call for more mathematics for understanding the comprehensive scenario and scepter of the universe. Key Words: Cataly Zeproton Decay, Energy Transformation, Rest Mass, Relativistic Energy, Invariant Mass, Mass, Energy, Space, Time
