The wavelength for `k_(beta)` x-ray of certain ,material A is 15.53pm .If takes 10KeV to , remove an electron from M - shell of A ., What is the minimum accelerating , potential that should be applied across , the x -ray tube with target material A .So , that a `k_(beta)` x-ray would be produced?

The wave length of Kbeta X-ray of certain metal is 12.42 pm . It takes 10Kev to remove the electron from M shell of an atom of that metal the minimum accelerating voltage that should be applied across the X-ray tube , so that a K_(a) X-ray would be produced is ( hc=1242eVnm )

The wavelength of K_(alpha) X-ray of tungsten is 21.3 pm. It takes 11.3 keV to knock out an electron from the L shell ofa tungsten atom. What should be the minimum accelerating voltage across an X-ray tube having tungsten target which allows production of k_(alpha) X-ray ?

The wavelength of K_alpha X-ray of tungsten is 21*3 pm. It takes 11*3 keV to knock out an electron from the L shell of a tungsten atom. What shoulb be the minimum accelerating voltage across an X-ray tube having trungsten target which allows production of K_alpha X-ray?

The wavelength of K_(alpha) X-ray for an element is 21.3 pm. It takes 12.5 ke V to knock out an electron out an electron from the L-shell of the atom of the element. What should be the minimum accelerating voltage across on X-ray tube having the element as target which allows production of K_(alpha) X-ray?

If the potential difference applied across x-ray tube is V volts, then approximately minimum wavelength of the emitted X-rays will be

In an x-ray tube, the target should be made up of material having

A potential difference of 10^(3) V is applied across an X-ray tube. The ratio of the de-Broglie wavelength of X-rays produced is

An X ray tube is operated at an accelerating potential of 40 kV. What is the minimum wavelength of X rays produced1?

The minimum wavelength of the X- rays produced at accelerationg potential V is lambda . If the accelerating potential is changed to 2V, then the minimum wavelength would become

A potential difference of 20kV is applied across an X-ray tube. Find the minimum wavelength of X-ray generated.