Calculating Universal Values

[preon]

This information is obtained from a book. See Google or Yahoo and enter Infinity...Creation of a Universe for further information.<br /><br />Calculating Expansion:<br /><br />A = V^2/R = F<br /><br />The maximum velocity in the universe is C. Replacing V with C and R with h (planck's constant) gives one the maximum force value (F) for the equation above.<br /><br />A = C^2/h = 9x10^20/6.62x10^-27 = F = 1.359x10^47 power over h<br /><br />Rearranging the expansion equation, one has the minimum radius of the equation with the maximum force value. Since F = A, we replace A with F:<br /><br />R = C^2/F = 9x10^20/1.359x10^47 = 6.62 x 10^-27 cm.<br /><br />The rate of expansion can be found by determining the velocity value of the expansion equation. The rate of expansion will always be a constant value:<br /><br />// = Square Root<br /><br />V^2 = AR = FR --- /> V = //FR = //(1.359x10^47)(6.62x10^-27) = C<br /><br />The universal values derived from the expansion equation are: The universe could have been created with a force value of 1.359x10^47 power over h over a distance of 6.62x10^-27 cm. and expanded at a constant velocity of C, using our standard of measurements today.<br /><br />Calculating Mass Values:<br /><br />A = V^2/R = F = MA<br /><br />Transforming the expansion equation to a basic equation involving mass is a simple step when invoking the constants C and h with the understanding that R is equal to the starting radius (R) times the expansion factor (v) giving us radius.<br /><br />R = hv<br /><br />Transformation:<br /><br />F = A = V^2/R --- /> F = A = C^2/R ---> F = A = C^2/hv<br /><br />F = A = C^2/hv --- /> F = A x hv = C^2 ---> F = A x hv/C^2<br /><br />F = hv/C^2 x A --- /> F = E/C^2 x A ---> F = M A<br /><br />The key to the transformation is understanding that it takes energy to expand, the force value must diminish, creating the required energy for the expansion. Force diminishes creating energy. <br /><br />E = hv = R = Radius<br /><br />Einsteins's equation gives us th