This Paper investigates several Principles of Differentiation like (1) When one or more chemical reactions are occurring in adjacent contiguity, the more differentiated reaction will change the other adjacent contiguous reactions to its own level.
(2) The ratio of the rate of differentiation of any chemical reaction to any other adjacent contiguous chemical reaction will be in as direct proportion to the rate at which the more differentiated reaction will transform the less differentiated reaction to its level: state.And vice-versa.(3) For transformation of less-differentiated to more-differentiated will occur; less-differentiated will be transformed into more-differentiated. (4) The rate of difference of differentiation between adjacent contiguous chemical reactions will be directly proportional to the rate of dominance of the more differentiated chemical reaction/s over the less differentiated chemical reaction/. And vice-versa (5) The rate of difference of differentiation between adjacent contiguous chemical reactions will be directly proportional to the rate of subjection:recessiveness of the less differentiated chemical reaction/s to the more differentiated chemical reaction/s And vice-versa (6) The rate of dominance of any chemical reaction/s over another (contiguous adjacent) chemical reaction/s will be as directly proportional to the rate of subjection:recessiveness of the dominated chemical reaction/s to the dominant chemical reaction/s And vice-versa (7) The rate of dominance of any chemical reaction/s over another (contiguous adjacent) chemical reaction/s will be as directly proportional to the rate of subjection:recessiveness of the dominated chemical reaction/s to the dominant chemical reaction/s And vice-versa (8) .The rate of widespreadness (q.v.) of Dominance (q.v.) multiplied by the rate of quantum of Dominance (q.v.) in a protoplasms of ens will be as inversely proportional to the rate of operation of the Percentage Error * in the same And vice-versa*and therefore, ergo, of s/c Ageing, s/c Death and s/c Disease(s). (9).The rate of immortality of any chemical reaction/s will be as directly proportional to the rate of increase (continual ever-increase) of Dominance of the adjacent contiguous chemical reaction/s over the same. And vice-versa
1. Differentiation versus Differentiation.
A subject which like to Evolution will change the future; our future, to Immortality of Ens, if we operate well.
2.When one or more chemical reactions are occurring in adjacent contiguity, the more differentiated reaction will change the other adjacent contiguous reactions to its own level.
3.Thus the Principle:
The ratio of the rate of differentiation of any chemical reaction to any other adjacent contiguous chemical reaction will be in as direct proportion to the rate at which the more differentiated reaction will transform the less differentiated reaction to its level: state
And vice-versa.
4.Note the import of the Vice-versa (q.v.) here.
For transformation of less-differentiated to more-differentiated will occur; less-differentiated will be transformed into more-differentiated.
5.The rate of difference of differentiation between adjacent contiguous chemical reactions will be directly proportional to the rate of dominance of the more differentiated chemical reaction/s over the less differentiated chemical reaction/s
And vice-versa
6.The rate of difference of differentiation between adjacent contiguous chemical reactions will be directly proportional to the rate of subjection:recessiveness of the less differentiated chemical reaction/s to the more differentiated chemical reaction/s
And vice-versa
7.The rate of dominance of any chemical reaction/s over another (contiguous adjacent) chemical reaction/s will be as directly proportional to the rate of subjection:recessiveness of the dominated chemical reaction/s to the dominant chemical reaction/s
And vice-versa
8.The rate of widespreadness (q.v.) of Dominance (q.v.) multiplied by the rate of quantum of Dominance (q.v.) in a protoplasms of ens will be as inversely proportional to the rate of operation of the Percentage Error * in the same
And vice-versa
*and therefore, ergo, of s/c Ageing, s/c Death and s/c Disease(s).
9.The rate of immortality of any chemical reaction/s will be as directly proportional to the rate of increase (continual ever-increase) of Dominance of the adjacent contiguous chemical reaction/s over the same
And vice-versa
11/8/1996
1.00 P M
(2) The ratio of the rate of differentiation of any chemical reaction to any other adjacent contiguous chemical reaction will be in as direct proportion to the rate at which the more differentiated reaction will transform the less differentiated reaction to its level: state.And vice-versa.(3) For transformation of less-differentiated to more-differentiated will occur; less-differentiated will be transformed into more-differentiated. (4) The rate of difference of differentiation between adjacent contiguous chemical reactions will be directly proportional to the rate of dominance of the more differentiated chemical reaction/s over the less differentiated chemical reaction/. And vice-versa (5) The rate of difference of differentiation between adjacent contiguous chemical reactions will be directly proportional to the rate of subjection:recessiveness of the less differentiated chemical reaction/s to the more differentiated chemical reaction/s And vice-versa (6) The rate of dominance of any chemical reaction/s over another (contiguous adjacent) chemical reaction/s will be as directly proportional to the rate of subjection:recessiveness of the dominated chemical reaction/s to the dominant chemical reaction/s And vice-versa (7) The rate of dominance of any chemical reaction/s over another (contiguous adjacent) chemical reaction/s will be as directly proportional to the rate of subjection:recessiveness of the dominated chemical reaction/s to the dominant chemical reaction/s And vice-versa (8) .The rate of widespreadness (q.v.) of Dominance (q.v.) multiplied by the rate of quantum of Dominance (q.v.) in a protoplasms of ens will be as inversely proportional to the rate of operation of the Percentage Error * in the same And vice-versa*and therefore, ergo, of s/c Ageing, s/c Death and s/c Disease(s). (9).The rate of immortality of any chemical reaction/s will be as directly proportional to the rate of increase (continual ever-increase) of Dominance of the adjacent contiguous chemical reaction/s over the same. And vice-versa
1. Differentiation versus Differentiation.
A subject which like to Evolution will change the future; our future, to Immortality of Ens, if we operate well.
2.When one or more chemical reactions are occurring in adjacent contiguity, the more differentiated reaction will change the other adjacent contiguous reactions to its own level.
3.Thus the Principle:
The ratio of the rate of differentiation of any chemical reaction to any other adjacent contiguous chemical reaction will be in as direct proportion to the rate at which the more differentiated reaction will transform the less differentiated reaction to its level: state
And vice-versa.
4.Note the import of the Vice-versa (q.v.) here.
For transformation of less-differentiated to more-differentiated will occur; less-differentiated will be transformed into more-differentiated.
5.The rate of difference of differentiation between adjacent contiguous chemical reactions will be directly proportional to the rate of dominance of the more differentiated chemical reaction/s over the less differentiated chemical reaction/s
And vice-versa
6.The rate of difference of differentiation between adjacent contiguous chemical reactions will be directly proportional to the rate of subjection:recessiveness of the less differentiated chemical reaction/s to the more differentiated chemical reaction/s
And vice-versa
7.The rate of dominance of any chemical reaction/s over another (contiguous adjacent) chemical reaction/s will be as directly proportional to the rate of subjection:recessiveness of the dominated chemical reaction/s to the dominant chemical reaction/s
And vice-versa
8.The rate of widespreadness (q.v.) of Dominance (q.v.) multiplied by the rate of quantum of Dominance (q.v.) in a protoplasms of ens will be as inversely proportional to the rate of operation of the Percentage Error * in the same
And vice-versa
*and therefore, ergo, of s/c Ageing, s/c Death and s/c Disease(s).
9.The rate of immortality of any chemical reaction/s will be as directly proportional to the rate of increase (continual ever-increase) of Dominance of the adjacent contiguous chemical reaction/s over the same
And vice-versa
11/8/1996
1.00 P M