( l and m are respectively the azimuthal and magnetic quantum numbers) column Icolumn II (a)Total number of values of (l) for a shell (p)0,1,2,…(n−1)(b)Value of (l) for a shell (q)+1,…,+2,+1,0,−1,−2,….,−1(c )Total number of values of (m) for a subshell(r)(2l+1)(d)Values of (m) for a subshell (s)n

( l and m are respectively the azimuthal and magnetic quantum numbers)

 column Icolumn II 
(a)Total number of values of (l) for a shell (p)0,1,2,(n1)
(b)Value of (l) for a shell (q)+1,,+2,+1,0,1,2,.,1
(c )Total number of values of (m) for a subshell(r)(2l+1)
(d)Values of (m) for a subshell (s)n

  1. A

    (as);(bp);(cp);(dq)

  2. B

    (ar);(bp);(cs);(dq)

  3. C

    (as);(ba);(cp);(dp)

  4. D

    (as);(bp);(qp);(dc)

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    Solution:

    Total number of values of (l) for a shell,

    +1,,+2,+1,0,1,2,.,1

    The value of (l) for a shell goes from 0 to (n-1).

    Total number of values of (m) for a subshell goes from 0 to (n-1).

    Values of (m) for a subshell +1 to -1 .

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