WHY ORBITAL ENERGY OF ELECTROMAGNETIC ENTITY BECOMES ENERGY TRAVELING AT SPEED OF LIGHT, AND HOW MUCH ENERGY IS WHEN ELECTROMAGNETIC ENTITY TRAVELS AT SPEED OF 3×108 M/SEC

摘要

To determine why the orbital energy of an electromagnetic entity becomes the energy traveling at the speed of light, and how much the energy is when an electromagnetic entity travels at the speed of 3×10m/sec.SOLUTION: The speed of light in a microscopic view is formed by (distance traveled)×(energy)=1,233×10Jm connected to each other. The orbital energy of an electromagnetic entity per rotation is (distance traveled)×(energy)=1.233×10Jm. In the case of an electronic love, an electromagnetic entity revolves (7.96×10)times per second. The orbital energy of an electromagnetic entity per second is 1,233×10Jm×(7.96×10)=7.812×10Jm. Suppose the energy of an electromagnetic entity traveling at the speed of 3×10m/sec is x J, then (orbital energy of an electromagnetic entity per second)=(distance traveled per second)×(energy)=7.812×10Jm=3×10m×x, and thus x=7.812×10Jm÷(3×10m)=2.604×10J. The energy when an electromagnetic entity travels at the speed of 3×10m/sec is 2.604×10J.SELECTED DRAWING: Figure 1