(III) Show that the energy of a particle (charge e) in a synchrotron, in the relativistic limit is given by where B is the magnetic field and r is the radius of the orbit (SI units).

Show that the energy of a particle (charge e) in a synchrotron, in the relativistic limit is..

 

(III) Show that the energy of a particle (charge e) in a synchrotron, in the relativistic limit is given by where B is the magnetic field and r is the radius of the orbit (SI units).

(II) Two protons are heading toward each other with equal speeds. What minimum kinetic energy must each have if a meson is to be created in the process?

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(II) What minimum kinetic energy must a proton and an antiproton each have if they are traveling at the same speed toward each other, collide, and produce a pair in addition to themselves?