07. MASS AND TEMPERATURE
Any case of transformation of the particle and
correspondingly of increasing its temperature leads to decrease of the Force of
Attraction arising therein with respect to any of its attracting object, for
example, with respect to any chemical element. The magnitude of the Force of
Attraction is measured by mass (weight) – i.e. pressure exerted on the
attracted object by attracting. Thus, any increase in temperature of any
particle leads to decrease of its mass relative to any attracting object, such
as a chemical element. This means that an amount of pressure exerted by a
particle in the chemical element on underlying particles decreases.
The same can be said about the influence of
temperature increase on the magnitude of the Force of Attraction and mass of
any chemical element. With increasing temperature of the chemical element there
is a decrease of the magnitude of the total attractive and average Force of
Attraction arising in it with respect to any attracting object, for example, to
another chemical element or a celestial body. Accordingly, mass (weight)
decreases too - i.e. pressure of the element on an attracting object, for
example, on a solid surface of the planet.
Note since every case of motion (except gravity) leads
to an increase in temperature and the transformation of all the particles
consisting of all elements in the composition of some body, so such case of
movement, as the movement of a body on a hard surface of the planet - even to
example, it is a human body - leads to increase in temperature of the elements
of this body. A temperature rise of elements leads to reduction in body mass.
Thus, any case of motion of any particle of any
element and of any body leads to reduction in the mass with respect to any
attracting object. Only in the process of falling of the particle its
temperature remains constant. In the case of a fall of a chemical element or
body temperature rises only in particles with Fields of Repulsion in the
composition of chemical elements.
So, if you push a chemical element with the Field
of Attraction with ever increasing speed, its mass in relation to attracting
object will gradually decrease until it disappears entirely, with the
disappearance of the Field of Attraction. And if the speed will grow,
the Field of Repulsion appears, and with it and antimass.
Particles with the Field of Repulsion from the
beginning are characterized by antimass. So if to push them with acceleration,
then their Field of Repulsion, and with it the antimass will grow until they
become match the speed of creation of ether by the particle.
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