In a hydrogen spectrum if electron moves from `6^(th)` to `3^(rd)` orbit by transition in multi steps then find out the following steps :

In a hydrogen spectum if electron moves from 6^(th) to 2^(nd) by transition in multi steps then find out the number of lines in spectum

In a hydrogen spectum if electron moves from 6^(th) to 2^(nd) by transition in multi steps then find out the number of lines in spectum

In a hydrogen spectum if electron moves from 6^(th) to 2^(nd) by transition in multi steps then find out the number of lines in spectum

In a hydrogen spectum if electron moves from 7 to 1 orbit by transition in multi steps then find out the total number of lines in the spectum.

In a hydrogen spectum if electron moves from 7 to 1 orbit by transition in multi steps then find out the total number of lines in the spectum.

In a hydrogen spectum if electron moves from 7 to 1 orbit by transition in multi steps then find out the total number of lines in the spectum.

The transition of electron occurs in H-atom from 6^(th) to 3^(rd) orbit. The number of spectral lines given are

How many lines are formed in the hydrogen spectrum, when excited electrons in sample of hydrogen gas de excites from 5^( th ) orbit to ground state in all possible transitions?