Abstract
In physics, there are two main energy formulas. One is kinetic energy formula and the another is Einstein equation. But kinetic energy formula can only calculate low speed motion. Einstein equation can only calculate light speed motion. The two formulas are not unified. We hope to get a unified formula. But it didn’t work. According to the principle of Lorentz contraction, we generalize the contraction of length to the contraction of mass, and obtain a unified energy formula. This is the generalized Einstein equation and the new Einstein kinetic energy formula.
Highlights
From mechanical energy, chemical energy, electric energy to nuclear energy has become the main subject of physics research.The great energy we have now is the polymerization of hydrogen into helium.there is no unified formula for the calculation of energy.In physics, there are two main energy formulas
According to the principle of Lorentz contraction, we generalize the contraction of length to the contraction of mass, and obtain a unified energy formula
Chemical energy, electric energy to nuclear energy has become the main subject of physics research
Summary
Chemical energy, electric energy to nuclear energy has become the main subject of physics research. There is no unified formula for the calculation of energy. Kinetic energy formula can only calculate low speed motion. Einstein equation can only calculate light speed motion. Let m = 2 kg, v = 100 M/s, calculated by (1.1) =w 2= 1002 10000, 2 This is the kinetic energy of an object under the action of an external force. When the object moves at low speed, the motion mass is very small and can be ignored. This formula is suitable for energy calculation at low speed. Let’s look at the scope of the kinetic energy formula.
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