Remark: Dealing with a substance of iron, the chemical science does not give a precise description of the molecules. A substance of iron is certainly composed of a huge variety of molecules. After the scientific definition, the molecule is the smallest unit of a compound usually composed of two or more atoms. We should slightly modify this definition by saying: A molecule is the smallest unit of a substance which is completely surrounded by 00 free atoms. It can be composed of one or several 0 heavy atoms. It is important to realise that inside the molecule, there are only three kinds of units.
In the phenomenon which we call "friction", the squeezing of -10-s is similar, and heat is created. By rubbing the surface of a body, some molecules are always colliding, and they create the so-called "resistance of friction". Sometimes, even 00 units are squeezed, and sound is created indeed. The friction problem is perfectly explained with the help of 00-s and -10-s.
Remark: In the history of science, the French physicist Ampère introduced a ferromagnetic theory with a multitude of tiny closed electric current loops inside the body. Obviously, such a system can not work with an industrial type electric "current", where interatomic vibrations and heat productions are involved. With Nature-created stable discharging tube patterns, the ferromagnetic mystery is solved!
Remark: The magnetic patterns which rotate the earth are located in the very high altitude called ionosphere (between 50 and 100 kilometre over the sea level). In the lower atmosphere, the patterns are different. They are pushing the air molecules, and obliging them to follow the globe's rotation. We can observe some of those discharging tubes. They are erroneously called "cosmic rays".
Remark: In the electric technology, they often use the term "rotating magnetic field". The concept of "field" is obscure in Physics. Dealing with really existing -10 units, it is much more precise to say that the magnetic band lines are rotating.
-n, ..., -1, 0, +1, ..., +n
= x (1 x 2 / 2)
where 1 and 2 are electric charges, is the distance between them, and is a constant. In Physics, the three fundamental forces are introduced by similar equations in spite of the fact that there are huge differences among them.
Remark: Nature has a lot of "tricks" to facilitate the discharge of dangerous electric tensions. This simple principle explains several electrostatic phenomena. A high and constant electric tension can not be kept forever. Nature's mechanism discharges it sooner or later.
= / when -> 0
where is a vector with a fixed direction and an absolute value ||.
Remark: Some scientific textbooks are often using the word "speed", but sometimes they do not explain precisely the difference between velocity and speed. In my opinion, we should use the word speed if we consider only the absolute value of the velocity, or if the movement propagates without a vector. For example, the light has no velocity but only speed.
= / when -> 0
Like the velocity , the acceleration is a vector, too. It has different forms. Beside the linear acceleration, we have the so-called tangential and radial accelerations when the +1 or +1 is moving on a curved path. (I explained those different accelerations in a special study "The Living Planet Earth".)
= |+1| x
The value of mass |+1| was introduced as the ratio of force to acceleration
|+1| = / .
|+1| x
which is a special kind of force. Only the absolute values of those two forces are equal.
|+1| x
force with the perspective of the Living Atom Theory.
|0| x
where |0| is the mass value of the 0. The elastic -10 gravitational medium inside the 0 is stressed in order to resist the inertia forces. Without the -10 medium, the acceleration would be a tragical event for the atom 0.
+1 = -100
Similarly, the mass value could be indicated by
|+1| = |-100|
|+1| = x |-100|
but this time, the |-100| means an average mass value of the -100-s.
= |+1| x = x |-100| x
where
|-100| x
is an elementary inertia force.
->
The mass value also indicates the importance of an atomic agglomeration.