Since the International Year of Physics in 2005, I've been constantly thinking about Newtonian mechanics problems, tracing their roots, and proposing the concept of dissipative work, revising the kinetic energy theorem, supplementing the angular kinetic energy theorem, and inferring the law of conservation of angular kinetic energy and the angle. The conservation of angular kinetic energy governs the motion of celestial bodies, according to the law of non-conservation of kinetic energy, which explains the problem of celestial body rotation in the solar system. The old issue has been resolved, and a new issue has arisen. We must ask questions because the new hypothesis fails to explain the problem of the moon's synchronous rotation. What is the universe's standard for objects that do not rotate? How do you begin the rotation if there is no standard? Following the research, not only is the preliminary standard for the object's non-rotation given, but also the method for judging whether the object rotates using the "copy" method, as well as the law of the extreme value of rotation, which can theoretically prove whether the moon has a rotation problem is discovered.
Author(S) Details
Chen Jun
Shahe Middle School, Chuzhou, 239060, China.
View Book:- https://stm.bookpi.org/IST-V2/article/view/5424
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