Home
Class 11
CHEMISTRY
[" In a collection of "H" -atoms,all the...

[" In a collection of "H" -atoms,all the electrons jump from "n=5" to ground ievel finally (directly or "],[" indirectly),without emitting any line in Balmer-series.The number of possible different "],[[" radiations is: "," (b) "8," (c) "7," .- "," (d) "6," ."]]

Promotional Banner

Similar Questions

Explore conceptually related problems

In a collection of H-atoms, all the elctrons jump from n = 5 to ground level finally (directly or indirectly), without emitting any line in Balmer series. The number of possible different photons are

In a collection of H-atoms, all the electrons jump from n=5 to ground level finally ( directly of indirectly) ,without emitting any line in Balmer series. The number of possible different radiations is :

In a collection of H-atoms, all the electrons jump from n=5 to ground level finally ( directly of indirectly) ,without emitting any line in Blamer series. The number of possible different radiations is :

In a collection of H-atoms, all the electrons jump from n=5 to ground level finally ( directly of indirectly) ,without emitting any line in Blamer series. The number of possible different radiations is :

In collection of H-atom all electrons jump from 5th excited state to ground level finally , without emitting any line in infrared region . Total number of possible different radiations are :

A collection of H-atoms in 9th excited state returns to ground state . Calculate ratio of total number of spectral lines emitted without emitting any line in Brackett series to number of Brackett series lines .

Total number of spectral lines emitted when an electron jumps from n=5 to n=1 in hydrogen atom is

If H-atom is supplied with 12.1 eV energy and electron returns to the ground state after excitation. The number of spectral lines in Balmer series would be

Electrons jump from fourth energy level to finally first energy level in one mole hydrogen atom. How many maximum possible numbers of photons can be emitted?

Electrons jump from fourth energy level to finally first energy level in one mole hydrogen atom. How many maximum possible numbers of photons can be emitted?