questfortruth
Well-Known Member
Two pebbles (small stones), which fly in a circle around the Sun, form a segment (straight line) that turns its direction relatively to distant stars: the segment for the annual period will not be directed to the area of the same star. Why is the axis of the Earth for the year period almost does not depart from the Polar Star?
In the inertial frame of reference, the direction of the segment between the pebbles always coincide with the direction of the axis of rotation of the Earth: Newton's First law as conservation of direction of segment between two small stones (not only the conservation of angular momentum we see in inertial laboratory!). Note, that the axis of rotation of the Earth is not perpendicular to the plane of the orbit around the Sun.
It turns out, that in Newton's theory, in addition to Dark Matter, there is also a Dark Force turning the axis of the Earth towards the Polar Star. However, the Dark Force might not be introduced, if the followers of the Flat Earth are right.
All rights reserved by God: under the fear of hell do not make plagiarism, do not copy without my permission! Write me here: [email protected]
In the inertial frame of reference, the direction of the segment between the pebbles always coincide with the direction of the axis of rotation of the Earth: Newton's First law as conservation of direction of segment between two small stones (not only the conservation of angular momentum we see in inertial laboratory!). Note, that the axis of rotation of the Earth is not perpendicular to the plane of the orbit around the Sun.
It turns out, that in Newton's theory, in addition to Dark Matter, there is also a Dark Force turning the axis of the Earth towards the Polar Star. However, the Dark Force might not be introduced, if the followers of the Flat Earth are right.
All rights reserved by God: under the fear of hell do not make plagiarism, do not copy without my permission! Write me here: [email protected]
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