The meaning behind the most famous equation ever = E=mc^2

                        

E=mc^2

We all have heard of the equation E=mc^2. In fact, whenever we think of equations, this equation comes in our mind first. But what exactly does it mean? We'll dive into this topic today!

The equation  E=mc^2 was first proposed by the world renowned scientist named Albert Einstein. E =mc^2 is the same as m=e/c^2. I know these equations look so large and confusing at first, but we'll soon know it.

This equation tells us that energy and mass are the same. This equation allow us to convert mass into energy. 

E=energy
m=mass
c=the speed of light
In the equation, E stands for energy, m stands for mass, and c stands for the speed of light(which is approximately 300,000 km or 180,000 miles!). But here it says c^2,  which means speed of light squared or multiplied by itself.  To get the energy of an object, we should multiply the mass of the object to the speed of light  and multiply the product by itself. 
To multiply the mass by the speed of light, the standard unit of both mass and speed of light must be the same. For instance, if the mass is multiplied in kg, then the speed of light should be measured in km.
The reason behind why mass must be multiplied by the speed of light to get energy is that the pure energy in a mass is an electromagnetic radiation and any electromagnetic radiation is light. So, the speed of light tells the amount of energy present inside any object. Exciting, isn't it?

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