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Universe Expansion needs distance = expansion rate
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sillysally
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Universe Expansion needs distance = expansion rate - 11-18-2007, 09:20 AM

I came up with this in December of 2004. The 6,000 year is based on another calculation that isn't posted here.

C = 186,000 miles per second
.9C = 167,400 miles per second

.00003968253 = a second in the beginning time.
multiplied by .9C = 6.642855522 times faster then.

6.642855522 x 167,400 = 1,112,014.01438

.9C now is equal to 1,112,014.01438 miles per second then.

Using the number of years in the beginning 8,735,999 (comparable to 6,000 years now).

8,735,999 (years) x 1247.99999999 (hours in a year) = 10,902,526,751.9 (hours then)

10,902,526751.9 (hours then) x .00003968253 (seconds then) = 432,639.844908 (seconds then)

432,639.844908 x 1,112,014.01438 = 481,101,570,716 miles away from the beginning (then).

*Now I have to figure now.

6,000 (years now) x 86,400 (seconds per year now) = 518,400,000 seconds (now)

518,400,000 x 167,400 = 86,780,160,000,000 miles away now (I think, I couldn’t use my calculator and I had to figure it on my own.)

86,780,160,000,000 - 481,101,570,716 = 75,348,984,284 mile difference.

75,348,984,284 (distance) divided by .9C = 450,113.406714

450,113.406714 x C = 83,721,093,648.8 miles away from the beginning, or would this be the age of the universe?


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