New ideas about the matter and the electromagnetic waves.
A: Matters:
up to now many people are thinking that the matters what we see all around us are not only composed from solid mass. To understand it better I want to write here the relation between the mass (m) created and the electromagnetic particle from which that mass is created.
m= hf(1- v2/c2)/v2................................(1)
here h is the planks constant. f is the frequency of the photon. v is the velocity of the photon and c is the velocity of light when the light does not give or lose energy.
If now we multiply both sides of this equation by v2 we will get the following relationship:
mv2 = hf( 1- v2/c2)..............(2)
if we divide both side of this equation by 2 we get mv2/2 = hf(1- v2/c2)/2
and we know that mv2/2 is the energy equation.
From the other side we can consider equation (2) an energy equation. Then we can write that:
E= mv2 ...........................(3)
Now when v approaches to c, equation 3 will change to:
E= mc2 ..........................(4)
Equation 4 is the famous energy equation of Einstein.
If we study equation 1 we see that depending to the speed of the photon some of its energy changes to solid mass and some other still remains as the light energy. So we can say that the matter what we see is not only a solid mass. but actually it is formed of two parts. one part is the solid mass and the next part is the electro magnetic mass. this is because of this that electron exhibits both the properties, as a solid mass and electromagnetic.
One another interesting point is this. The mass in equation 1 is the mass of the moving particle. but if apply mass relativity the approximate mass what we will measure will be:
m0= m(1- v2/c2)
Here I will stop and write about the properties of the electromagnetic wave particles next time.
The matter what we see.
Re: The matter what we see.
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