The constant `'a'` Mosely's law `sqrt(v) - a(Z-b)` for `k_(alpha)X-`rays is related to Rydberg constant R as (`'c'` is the speed of light)

In Moseley's law sqrt(v)=a(z-b), the volue of the screening constant for K-series and L-series of X-rays are respectively

In Moseley's law sqrt(v)=a(z-b), the volue of the screening constant for K-series and L-series of X-rays are respectively

If voltage applied to X -ray tube increased from V=10kV to 20kV . The wave length interval between K_(alpha)- line and short wave cut off continuous X -ray increases by factor of 3 (Rhc)/e=13.6V where R is Rydberg constant h is plank's constant c is speed of light in vacuum and e is charge on electron

If voltage applied to X -ray tube increased from V=10kV to 20kV . The wave length interval between K_(alpha)- line and short wave cut off continuous X -ray increases by factor of 3 (Rhc)/e=13.6V where R is Rydberg constant h is plank's constant c is speed of light in vacuum and e is charge on electron

The frequency of series limit of Balmer series of hydrogen atom in terms of Rydberg constant R and velocity of light (C ) is

Frequency of the series limit of Balmer series of hydrogen atom in terms of Rydberg constant R and velocity of light c is

In the Moseley relation, sqrt(v)=a(Z-b) which will have the greater value for the constant a for K_(alpha) or K_(beta) transition?

In the Moseley relation, sqrt(v)=a(Z-b) which will have the greater value for the constant a for K_(alpha) or K_(beta) transition?

Moseley's law for characteristic X-rays is sqrt v = a(Z-b) . In this,