Inertia mechanics
---Static and motion
Chu zhen
(Email:785738313@qq.com Facebook : 初振 Chu zhen Twitter : 初振 Chu zhen)
This
article has been published in the "Hebei Polytechnic Institute"
1999.4 96-100
----------------------------------------------------------------------
Abstract:
Study the uniform circular motion of the particle and its uniform
centripetal force to make a uniform linear motion. The movement and its frame
of reference are absolute, objective, and quantitative, and the particle motion
is the unity of absolute and relative.
Kye word:1 Absolute movement,2 Absolute reference system chain 3 Solar
system origin
Foreword
In classical mechanics and relativity, there are many
problems that cannot be solved. For example, the description of motion in
different frame of reference is uncertain, the structure of the universe, the
origin of the solar system, and the law of extreme operation.
Proposition 1 Absolute movement
The ball of Fig. 1m is centered
on point o, and under the action of Newton force ∑f= ma, the particle moves in
a uniform circular motion. After that, the E point sphere loses the centripetal
force f=mv2/R at point A, and makes a uniform linear motion. Then the particle
has a uniform circular motion inertia:
F = cosαmv2/R --------------(1)
Or
F = mv2 (α=902) --------------(2)
When the
mass point centripetal force F disappears at A, the m ball starts to move at a
uniform speed from point A. at this time,
Constant
linear inertia:
F = mv2
---------------(3)
Fig 1
According to (1), (2), (3) and Figure 1, in the
system, the displacement of all points about the m-ball system is determined,
absolute. Points A and O are essential prerequisites for system motion.
Absolute
frame of reference:
The three-dimensional coordinates of the
moving mass point, the two-dimensional coordinates of the uniform circular
motion with the moving origin and the vertical axis of the center of the circle
are described.
In the motion system, the motion velocity and
motion displacement of the absolute reference frame of motion are absolutely
objective and objective. For the particle of motion, it can be derived from
multiple different states of motion. Figure 1, parent reference system -
sub-reference system - grand reference system. At the same time, there is a
relative relationship between the absolute motion system and other absolute
motion systems. The moving mass changes from a circular motion to a linear
motion; or a new circular motion completes a cycle due to the action of
gravity. Therefore, the absolute frame of reference constitutes a long chain of
reference systems. That is, the parent reference system - the sub-reference
system - the grand reference system. For example, ... the solar reference
system - the Earth reference system - the lunar reference system. The speed of
the grand reference frame can be obtained from the velocity of the
sub-reference system, and the velocity of the sub-reference frame can be
obtained from the velocity of the parent reference frame. According to formula
(1), formula (2), formula (3), the absolute reference frame velocity of the
particle:
When moving at a constant speed:
When
moving at a constant speed:
The actual revolution speed, radius and mass ratio
of the solar system celestial bodies around the sun in Table 1 indicate that
the slopes are the same. According to the circumferential inertia:
F =
cosαmv2/R
Then, the magnitude of the
inertia F is determined by cosαmv2/R, which is provided by the solar
spin and the nuclear blasting thrust of the solar equator. Therefore, all the celestial
bodies of the solar system should come from the escape of the initial nuclear
explosion thrust on the solar equator.
Proposition 2 Venus reversal
According to the actual observation of the inertia
mechanics of the Proposition 1 and the operating law of the solar system,
combined with the relevant mass, revolution speed and revolution radius of
Venus and the Earth, the probability of collision between Venus and the Earth
is inferred. If Venus and the Earth's inertia F are the same or close, then the
radius R of the two celestial bodies in cosαmv2/R is the same or
close, and running in the same ecliptic plane, or circular motion or
precession, can cause the rotation of the Venus's rotation axis, the Earth's
north pole. The intersection of the 23o27' of the Yellow Arctic, the
expansion of the Earth, the drift of the continent, the formation of the ocean,
and the mechanical origin of the earthquake.
In summary, the process of moving a particle from
stationary to uniform linear motion can be summarized as follows:
1 Variable
speed movement ∑F= ma
2 uniform
circular motion F= cosαmv2/R or F=
mv2 (α=90o)
3 uniform linear motion F= mv2
Analysis and discussion
Newton's "Mathematical
Principles of Natural Philosophy" has proposed the concept of absolute and
relative dialectical movement; at the same time, the derivation of three cosmic
speeds, the correct description of the principle of artificial celestial bodies,
the linear velocity direction perpendicular to gravitation, or a uniform
straight line Exercise force. The great man Newton passed the cause of the
uniform linear motion, which may be the real reason why Newton postponed the
"Principles" for 20 years. And Einstein also tried to find its
existence. Later, it was proposed that the special theory of relativity
believes that all forms of physics are the same in any inertial frame of
reference; or that the speed of any inertial frame of reference cannot be measured
by any physical method. That is, speed, displacement, and time are relative and
completely unrelated to each other. Can not be found in classical mechanics and
relativity can explain why objects have different performances for different
reference systems. Newton and Einstein saw the flaw. However, the biggest
problem is that the absolute and relative determination of the inertial
reference frame of the motion of Newtonian mechanics should not be subjectively
determined.
conclusion
Particle motion is the unity of absolute and relative motion.
The mass point starts shifting motion at rest under
the condition of force F=ma. When the acceleration is lost and there is
centripetal force, the particle starts to make a uniform circular motion, and
the motion inertia is:
F=
cosαmv2/R or F= mv2 (α=90o)
Absolute frame of
reference speed:
When
the centripetal force disappears, the particle becomes a uniform linear motion,
and the motion inertia is:
Absolute frame of reference speed: F= mv2
--------------------------------------------------------------------------
Follow-up articles: https://chuzhen2018.blogspot.com/2018/11/earth-system-dynamics.html
初振-地球科学探索 CHUZHEN- My Geophysical research
回复删除