How Much Water Do We Need To Put Off The Entire Sun?

There is a question in my mind: "how much water do we need to put off the entire sun."

Our question is about to bring off the sun ( huh! What a silly question! ). As u all know it is impossible and very unlikely ( just in case someone has doubt). But it answers is fascinating. Our question is based on what if.. let’s see interesting part.

First of all, our sun is a large stove which takes hydrogen as working fuel. Sun gets power by Nuclear fusion process (like to get people together u can be powerful).

          The sun has a significant amount of Hydrogen ( it is a god gift!!). The number is very high, and there is large pressure on the surface of the sun. This pressure energy is so damn high that it is sufficient for fusion of two Hydrogen atoms.

           When These atoms combine, it makes one helium atom. Now, this is impressive, a mass of helium (which is produced by fusion of two hydrogen atoms) is less than the mass of two hydrogen atoms. Mass which is disappeared is converted into energy by Einstein’s theory E=(Ϫm)C²  here c is the speed of light and Ϫm is a mass difference). Like in a figure: 

Now let’s go to our question. Suppose that u need ‘X’ amount of the water to put off the sun. Now when u throw this number to the sun, first water will be evaporated and converted to steam. Steam’s chemical equation is also as same as water H₂O. Now because of an excessive amount of energy of the sun two hydrogen atoms inside water’s atom will be fused and produces a son named helium and this process will release the energy. Now ultimately the water u have thrown to the sun will make it more ignite.

To throw water into the sun is like to use gasoline to put off a camp fire.

Kids, please don’t try this at home because u may make summer hotter.