TYPES OF MOTIONS AND THEIR DIFFERENT RESULTANTS
This Paper investigates types of motion and their different resultants according to the respective Principles.
1.In celestial mechanics, motion of matter:energy is rotational (or circular), linear and
2. In micro mechanics, motion of matter:energy is rotational (or circular), linear or a combination of both : id est : rotational:linear (as in DNA spirals)
3.We enunciate the Principle:
That:
The rate at which any motion of matter:energy is rotational (or circular) will be as directly proportional to the rate of gravitational genesis of the same
And vice-versa
Further:
The rate (of increase) at which any motion of matter:energy is rotational (or circular) will be as directly proportional to the rate of (increase of) gravitational genesis of the same
And vice-versa
Further:
The rate of distance: space traveled by every single rotation in rotational (or circular) motion of matter:energy will be as directly proportional to the rate of strength of the relative gravitational field
And vice-versa
(Thus for instance in protoplasms of ens - as well as in the nucleus of the atom - per contra to celestial mechanics - the rate of distance: space traveled by every single rotation in rotational (or circular) motion - is very small - as is indeed the strength of the gravitational field relative thereto)
22/9/1996
7.27 A M
This Paper investigates types of motion and their different resultants according to the respective Principles.
1.In celestial mechanics, motion of matter:energy is rotational (or circular), linear and
2. In micro mechanics, motion of matter:energy is rotational (or circular), linear or a combination of both : id est : rotational:linear (as in DNA spirals)
3.We enunciate the Principle:
That:
The rate at which any motion of matter:energy is rotational (or circular) will be as directly proportional to the rate of gravitational genesis of the same
And vice-versa
Further:
The rate (of increase) at which any motion of matter:energy is rotational (or circular) will be as directly proportional to the rate of (increase of) gravitational genesis of the same
And vice-versa
Further:
The rate of distance: space traveled by every single rotation in rotational (or circular) motion of matter:energy will be as directly proportional to the rate of strength of the relative gravitational field
And vice-versa
(Thus for instance in protoplasms of ens - as well as in the nucleus of the atom - per contra to celestial mechanics - the rate of distance: space traveled by every single rotation in rotational (or circular) motion - is very small - as is indeed the strength of the gravitational field relative thereto)
22/9/1996
7.27 A M