Sure.NucEngMajor said:Calculate En. Then KE = Photon + En. Solve for v given KE and En?
Electron capture is a type of nuclear reaction in which an electron combines with a proton in the nucleus, resulting in the formation of a neutron and the emission of a neutrino.
Electron capture does not directly affect the frequency of light. However, it can result in the release of X-rays, which have high frequencies in the electromagnetic spectrum.
Yes, electron capture can change the element of an atom. When an electron is captured, the atomic number decreases by one, resulting in a new element with a different number of protons.
Electron capture is one type of radioactive decay. It occurs in unstable atoms as a way to achieve a more stable nuclear configuration.
The frequency of light after electron capture is not calculated. It is determined by the energy difference between the initial and final states of the atom, which can vary depending on the specific elements involved.