The characteristic X-ray radiation is emitted when

The characteristic X-rays spectrum is emitted due to transition of

If gamma is the frequency of characteristic X-ray line emitted by a target element of atomic number Z, then Moseley's law is

The ionisation energies of K-shell for cobalt, copper, and molebdenum are 7.8, 9.0 and 20.1 KeV respectively. If any metal out of these is used as target in an X-ray tube operated at 15KV , then (a) the K-series of characteristic X-rays will be emitted only by cobalt (b) the K-series of characteristic X-rays will be emitted only by cobalt & Cu (c) the K-series of characteristic X-rays will be emitted only by cobalt, Cu , Co and Mo (d) the minimum wavelength of continuous X-rays emitted by the three metals will be same

Determine the energy of the characteristic X-ray (K_beta) emitted from a tungsten (Z = 74) target when an electron drops from the M-shell (n=3) to a vacancy in the K-shell (n=1)

Determine the energy of the characteristic X-ray (K_beta) emitted from a tungsten (Z = 74) target when an electron drops from the M-shell (n=3) to a vacancy in the K-shell (n=1)

For characteristic X - ray of some material

For characteristic X - ray of some material

A: The nature of the characteristic X -rays does not depend on accelerating potential. R: X- rays are electromagnetic radiation.