In hydrogen atom, the radius of `n^(th)` Bohr orbit is `V_(n)`. The graph Beetween `log .(r_(n)/r_(1))` will be

In a hydrogen atom, the radius of n^(th) bohr orbit is r_n . The graph between log (r_n//r_1) and logn will be

In a hydrogen atom the radius of n^(th) Bohr orbit is 'r_(n)' . The graph between log (r_(n) //r_(1)) taken on y-axis and log(n) on x-axis will be

In hydrogen atom, the area enclosed by n^(th) orbit is A_(n) . The graph between log (A_(n)/A_(1)) log will be

The frequency of revolution of electron in n^("th") Bohr orbit is v_(n) .The graph between log n and log(v_(n)/v_(1)) may be

If in hydrogen atom, radius of n^(th) Bohr orbit is r_n ., frequency of revolution of electron in n^(th) orbit is f_n choose the correct option.

Derive an expression for the radius of n^(th) Bohr’s orbit in Hydrogen atom.

Derive an expression for the radius of n^(th) Bohr’s orbit in Hydrogen atom.

If, in a hydrogen atom, radius of nth Bohr orbit is r_(n) frequency of revolution of electron in nth orbit is f_(n) and area enclosed by the nth orbit is A_(n) , then which of the pollowing graphs are correct?