The frequency of the characterstic X ray of `K_(alpha)` line of metal targent 'M' is `2500 cm^(-1)` and the graoh between `sqrt(v)` Vs 'z' is as follows, then atomic number of M is

The frequency of the characterstic X ray of K_(alpha) line of metal target 'M' is 2500 cm^(-1) and the graph between sqrt(v) Vs 'z' is as follows, then atomic number of M is

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 wavelength of the characteristic X-ray K_(alpha) line emitted from Zine (Z = 30) is 1.415 Å . Find the wavelength of the K_(alpha) line emitted from molybdenum Z = 42) .

The wavelength of the characteristic X-ray K_(alpha) line emitted from Zine (Z = 30) is 1.415 Å . Find the wavelength of the K_(alpha) line emitted from molybdenum Z = 42) .

Figure shows the variation of frequency of a characterstic x-ray and atomic number. (i) Name the characterstics x-ray (ii) Find the energy of photon emitted when this x-ray is emitted by a metal having z=101

Figure shows the variation of frequency of a characterstic x-ray and atomic number. (i) Name the characterstics x-ray (ii) Find the energy of photon emitted when this x-ray is emitted by a metal having z=101

What is the ratio of frequencies of K_(alpha) -lines in the X-ray spectra of sodium (Z=11) and carbon (Z=6) ?

What is atomic number Z when v= 2500s^(-1) and value of a=1 amd b=1.

The element which has a K_(alpha) X-rays line of wavelength 1.8 Å is (R = 1.1 xx 10^(7) m^(-1), b = 1 and sqrt(5//33) = 0.39)