If you understand this, you win a gold star from
TLU... The 0th law of thermodynamics defines thermal equilibrium and forms a
basis for the definition of temperature: If two systems are each in thermal
equilibrium with a third system, then they are in thermal equilibrium with
each other.
(1)
The first law of thermodynamics states that, when energy passes into or out
of a system (as work, heat, or matter), the system's internal energy changes
in accordance with the law of conservation of energy.
(2)
The second law of thermodynamics states that in a natural thermodynamic
process, the sum of the entropies of the interacting thermodynamic systems
never decreases. A common corollary of the statement is that heat does not
spontaneously pass from a colder body to a warmer body.
(3)
The third law of thermodynamics states that a system's entropy approaches a
constant value as the temperature approaches absolute zero. With the
exception of non-crystalline solids (glasses), the entropy of a system at
absolute zero is typically close to zero.
The Laws of
Thermodynamics as Modified by TLU
This is because old Thermodynamics doesn't consider Magnetism and
its changing spatial force. It also has excluded the force of Dark
Matter (UDMP's)
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First Law - Energy cannot be created or destroyed, but
it can change from one form to another.
(TLU
disputes this).
In
The Logical Universe Model, the first part of the law is a little bit different
because Energy is movement and you must have Matter to have movement. This means
that you can have Matter with no movement, but you must have Matter to have
movement, and, movement is energy. Therefore,
it is Matter that
has basic conservation not Energy.
(b) The second
part of the first law states that energy can change from one form to another. So, if
you have Spherical Matter and it is spinning, you have spinning magnetic space and you
have lots of heat. If the spinning
stops because of compression, you have no heat. This happens in the evolution of
a Black Star. What you have now is Matter with the potential for expansion, but,
no movement thus no heat. When the force of compression is released, the
spherical Matter expands. When this happens, there is weaker pulling oscillating spin heat, but, stronger pushing oscillating
cooling. (the conversion of heat to
compressed potential energy, then to an expansion force).
(c)
That's it, the whole explanation of the conservation of Matter, but not
Energy. Matter is definitely conserved but energy? It is mostly conserved.
This is because in the vast expanse of material magnetism it is
impossible to have Matter without movement of one kind or another. So, the
first law of Thermodynamics is a little more complicated than one might
think. The statement for the conservation of Energy gets a little fuzzy.
This is because matter is what produces energy if it is moving, but if it is
not, there might be potential energy, but not
Active Energy.
Second Law - As entropy in the Universe increases, Energy is
transformed into less usable forms. TLU views this as there is no such thing as
a Perpetual Motion Machine. This scenario is illogical because of Matter. It
suggests that eventually there will be no Energy, but, it doesn't mention what
happens to Matter. This is because it is assumed that Matter can turn into pure
Energy.
Nothing can be further from the truth,
matter is conserved. So, because matter cant be created or destroyed, and it
is impossible not to have movement in the vast expanse of Primal or Dark
Matter Space, Energy is ever present. Now for the kicker: Just like Time,
Energy is the property of movement and distance, but not a physical existence
of height width depth... On the
other hand, material and spatial magnetism,
is a physical existence. (height
width depth).
Third Law -
At
theorized - At absolute zero, Entropy is at its minimum.
This is sort-of true in the Logical Universe but, it doesn't happen for the whole Universe all
at once. Near absolute zero there is of course minimal, but not total absence of Heat. This means no
UDMP spin energy
and spherical matter loses torus lock and degrades into Primal Sand. It only happens in the outermost
reaches of Dark Matter Space. In the interior, there are still Black Stars and
magnetic fields. Because of collapsing space the Black Stars all merge, and
Dark Matter space is consumed. When this happens, the Super Black Star for
the first time, encounters
Primal Space. The whole universe as we know it, is about to change.
(b) Primal Space encounters the
Singularity's Magnetic fields. This causes the super strong outer star
field to weaken and fail. The Universal Singularity has lost all
containment, which in tern has eliminated all Universal Gravity.
* Now the compressed spatial force of the
Black Star is released and there is
no more
Gravity in the Universe, but, there is Anti-Gravity.
(c) When Primal Space is
converted into
Universal
Particles, and mixed with the UDMP's of the Black Star, Entropy increases to
its highest levels as Existence expands. (The conservation of Matter and
the Conservation of Energy).
The 0th Law -Thermal Equilibrium
-
TLU
Encyclopedia 45 (c). And
finally, the last stage of heat energy is, Thermal Balance. This is the
point at which the hot gravitational energy of the Big Bang Super Star stops
and the expansion energy of Anti-Gravity starts. As the Big Bang Super Star
decays so does thermal balance of heat energy. As you can see by this
explanation, there is lots of heat but it is not the predicted heat of the
Standard Model, it is the predicted heat of The Logical Universe. Magnetic,
and the pulling current, pushing wave force of heat gets weaker as the
Universe expands. The exact values have not been calculated yet because,
this is a brand new theory of heat distribution and expansion. (Thermal
balance changes with universal expansion).
