`{:(,"ColumnI",,"ColumnII"),((A),"Lyman series",(P),"Visible region"),((B),"Humphery series",(Q),"Ultraviolen region"),((C),"Paschen series",(R),"Infrared region"),((D),"Balmer series",(S),"Far infared region"):}`

In case of hydrogen spectrum wave number is given by barv=R_(H)[(1)/(n_(1)^(2))-(1)/(n_(2)^(2))] where n_(1)gtn_(2) {:(,"ColumnI",,"ColumnII"),((A),"Lyman series",(P),n_(2)=2),((B),"Balmer series",(Q),n_(2)=3),((C),"Pfund series",(R),n_(2)=6),((D),"Brackett series",(S),n_(2)=5):}

MATCH THE COLUMN {:(,"Column-I",,"Column-II",),((A),"Aufbau principal",(p),"Line spectrum in visible region",),((B),"de broglie",(q),"Orientation of an electron in an orbital",),((C),"Angular momentum",(r ),"Photon",),((D),"Hund's rule",(s),lambda = h//mv,),((E),"Balmer series",(t),"Electron configuration",),((F),"Planck's law",(u),mvr,):}

Which series of H_(2) atom lie in infrared region?

In which region lines of Balmer series like

Match the following : B.E.-Binding energy I.E.-Ionization energy {:("Column-I","Column-II"),((A)"B.E. of"He^(+)"atom in an excited state" ,(p)"Infrared region"),((B)7to3"transition in H atom",(q)"3.4 ev"),((C )5to1 "transition in H-atom",(r)"13.6 ev"),((D)"series limit of Balmer series in H-atom",(s) "10 Spectral lines observed"),(,(t)"Ultra violet region"):}

Lyman series lies in............region and Balmer series lies in.......... region of hydrogen spectrum.

{:("Column-I","Column-II"),("List-I","List-II"),((A)n=6ton=3("In H-atom"),(p)"10 lines in the spectrum"),((B)n=7ton=3("In H-atom"),(q)"Spectral lines in visible region"),((C )n=5ton=2("In H-atom"),(r)"6 lines in the spectrum"),((D)n=5ton=1("In H-atom"),(s)"Spectral lines in infrared region"),(,(t)"Spectral lines in U.V. region"):}