35. Special Relativity
Inertial Reference Frames
35. Special Relativity Inertial Reference Frames
68PRACTICE PROBLEM
According to classical mechanics, it is possible to determine the energy of an atom if an electron's oscillation frequency is known. A single electron atom has one electron that orbits a nucleus with charge +e at a radius r, with a frequency f and emits a radiation of wavelength 570 nm. Determine the sum of the kinetic and mechanical energy of the electron.
According to classical mechanics, it is possible to determine the energy of an atom if an electron's oscillation frequency is known. A single electron atom has one electron that orbits a nucleus with charge +e at a radius r, with a frequency f and emits a radiation of wavelength 570 nm. Determine the sum of the kinetic and mechanical energy of the electron.