Hi Simon and ehild,
Your help were extremely useful, thank you.
So, I made another attempt at the solution and I think that finally i was able to solve the problem.
Here is the solution i get:
1) According to Einstein:
E=mc^{2}
2) The relativistic kinetic energy "K" is then given as...
Hi Simon,
You mean write the potential energy in terms of kinetic energy right?
So, do I have to match the initial energy with the final energy?
I thought this way:
E_{final}=E_{initial}
\frac{1}{2}mv^{2}=eV,
Then I tought that at relativistic state I have to add one more term...
Hi Simon, thanks for the reply
Well, I try to write the speed of the particle in terms of the potential, but ended up in a equation that relates the speed with the \lambda and the rest mass of the particle.
I've proceeded this way:
1) \lambda=\frac{h}{p}
2)...
Hello everybody at physicsforums.com!
This is my very first topic in here, although I visit the forum for some time. I'm from Brazil and as english is not my mother language, i ask you not to be so harsh with my probables grammar mistakes XD.
Well, so let's get to business.
I have...