MORE CHAPTER TWO NOTES Now if we were to figure the possibilities on the outcome of the sequence. We have to go by the extrema’s labeled (A) global maxima and minima (A) then becomes the distance between the most “dominant and recessive genomes. The constant of 210,000 genomes has to become constant Label (X). X^2*ϝ(A)=(c) (C) Then would be the result in the number of possible genome combinations. Yes it is true infinity can created anywhere even between one and two. You might say “Do you want to see infinity just divide any number by two then to the infinite ephemeral power. But the computer has to stream line this process by using a FINITE equation. It will cut down on the computer has to negotiate the formula. Ultimately the computer will be utilizing the laws of probability. We have to define all of the variables and create one solution to order. I would also like to bring into the arena the “BIG DOG THERORY” I created it say that genome position does not fluctuate its finite numbers size and position at (A). Suppose a little small value genome is sandwiched between to bigger more dominate genomes. The small value genome recessive acts dominate over riding its lager counterpart.
Posted on: Sat, 27 Jul 2013 01:55:09 +0000
Trending Topics
Recently Viewed Topics
© 2015