Physics, asked by rahul253, 1 year ago

how does mass converts into energy ?


Sarthak1710: Inertia is a tendency
Sarthak1710: sorry my bad, you said mass has energy
AnviGottlieb: it is a property of a body by which it tends to stay in its state of rest or motion...yes you're right its a tendency...sorry i lf i hurt u...
Sarthak1710: and yes, nothing is in absolute rest, i.e. everything is moving
AnviGottlieb: it depends on the surroundings...u can't state if a body is in rest or in motion m..
AnviGottlieb: if u know so much then why don't you answer it yourself... don't argue with me...
Sarthak1710: you are wrong there.
AnviGottlieb: since fools speak the last word
Sarthak1710: i love to argue (debate) -_-
Sarthak1710: baka

Answers

Answered by AnviGottlieb
3
heya friend.....

________
there is a very famous formula which many must be knowing....it is.. E=mc^2 derived by Einstein...
he was absolutely accurate in doing so.. and I'll tell u how..
mass is converted into energy and there r many examples of this...
such as nuclear fission and fusion...
Its not that mass is converted into energy or vice-versa. What actually happens is that the form of (inertial) mass changes. What happens is that the proper mass increases as does the mass due to motion (aka relativistic mass) since the atom will recoil in order to take up the photon's momentum. 


You could perhaps say that matter is a type of energy or matter has energy, but some types of energy do not have mass and thus could not be matter...

I could have posted links but it's not allowed...

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Answered by Anonymous
3
we all know the famous Equation E=MC²
Essentially, the equation says that mass and energy are intimately related. Atom bombs and nuclear reactors are practical examples of the formula working in one direction, turning matter into energy. But until now there has been no way to do the reverse, turn energy into matter.
  

or you can understand it as follows 
Einstein's equation E = mc^2, states that 
the amount of energy added is relative to the mass gained by the proton multiplied by the speed of light squared. In other words, a lot of energy is converted into a relatively small amount of mass.




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