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Table 2
Years Necessary to Balance Energy (Matter) of
Collision to Radiant Energy from 1 x 1012 Stars
Velocity at Contact (cm/sec) |
Kinetic Energy (ergs) |
Energy Emitted by 1 x 1012 Stars in One Year (ergs) |
No. of Years to Obtain a Balance between the Radiated Energy from
1 x 1012 Stars and that of the Collision of Two Enermatias |
6.00 x 1010 |
7.20 x 1065 |
1.17 x 1053 |
6.15 x 1012 |
5.40 x 1010 |
6.83 x 1065 |
1.17 x 1053 |
4.98 x 1012 |
4.80 x 1010 |
4.61 x 1065 |
1.17 x 1053 |
3.99 x 1012 |
4.20 x 1010 |
3.53 x 1065 |
1.17 x 1053 |
3.02 x 1012 |
3.60 x 1010 |
2.69 x 1065 |
1.17 x 1053 |
2.30 x 1012 |
3.00 x 1010 |
1.80 x 1065 |
1.17 x 1053 |
1.54 x 1012 |
Addendum V
The collision process of converting energy and enermat into atoms will never produce anything close to their theoretical quantities. The amounts are governed by the velocity and magnitude of the colliding enermatias. Thus, depending on the velocity and magnitude, more or less matter may result than the ‘apparent’ combined matter in the colliding enermatias A balance is thereby retained throughout the cosmos.
Writings and Revisions:
Appendix 41 – 4/25/06
Addendum V – 3/24/06
Addition –12/10/05
Correction – 3/5/2005
Correction – 5/6/04
Addendum I – 6/25/03
Addendum IV – 2/28/02,
Addendum III – 11/26/01
Addendum II – 6/06/01
February 1, 2001
October 30, 2000
July 4, 2000
August 9, 1999
March 8, 1997
March 26, 1996
February 26, 1996
January 25, 1996
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