In the graph between `sqrt(v)` and Z for the Mosley's equation `sqrt(v)`=a(Z-b), the intercept OX is -1 on `sqrt(v)` axis.

What is the frequency when atomic number (Z) is 51?

In the graph between sqrtv and Z for the Mosley's equation, sqrtv=a(Z-b) , the Mosley's equation, sqrtv=a(Z-b) , the intercept OX is 1 on sqrtv axis. What is the frequency v when the atomic number Z is 52?

In the graph between sqrtv and Z for the Mosley's equation, sqrtv=a(Z-b) , the Mosley's equation, sqrtv=a(Z-b) , the intercept OX is 1 on sqrtv axis. What is the frequency v when the atomic number Z is 52?

Find the constants a and b in Moseley's equation sqrt v=a(Z- b) from the following data.

Find the constants a and b in Moseley's equation sqrt v=a(Z- b) from the following data.

According to Moseley sqrt(v)= a (z - b) , then v is :

The plot of sqrt(v) vs Z is

The system of equation |z+1+i|=sqrt2 and |z|=3} , (where i=sqrt-1 ) has

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 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