For each value of l the possible value of m_(1) are………

For each value of l the possible value of ml are………

For each value of l, the number of m value is

Assertion : For l = 2, m_(l) can be -2, -1, 0, +1 and +2. Reason : For a given value of l, (2l + 1) values of m_(l) are possible.

Assertion : For l = 2, m_(l) can be -2, -1, 0, +1 and +2. Reason : For a given value of l, (2l + 1) values of m_(l) are possible.

An electron in a multielectron atom has m_(f)=+4 . For this electron, what are (a) the value of l, (b) the smallest possible value of n, and (c ) the number of possible values of m_(s) ?

Statement -1:- For n=2 the values of l may be 0,1 and m may be 0,+- 1. Statement -2 :- for each value of n, there are 0 to (n-1) possible values of l for each value of la there are 0 to +- l values of m.

Statement : For n=3,l may be 0,1 and 2, and (m) may be 0 , 0, +- 1, and 0, +- 1 and +- 2 . Explanation : For each value of (n) there are 0 to ( n-1) possible values of l , and for each value of l there are (0) to +- 1 values of (m).

STATEMENT-1: For n=3 l may be 0, 1 and 2 and ma may be 0,0+-1,0+-1 and +-2 STATEMENT-2: For each value of n, there are 0 to 0(n-1) possible values of l, and for each value of l, there are 0 to +- l , values of m.

(A) : For n = 3,l may be 0,1,2 and 'm' may be 0, (+-1 and 0), ( +- 2, +-1 and 0) (R) : For each value of n there are 0 to (n-1) possible values of 1. For each value of 1 'm' values are -1…..0,…..+1

(A) : For n = 3, 1 may be 0,1,2 and .m. may be 0, ( +-2, +-1 and 0) (R) : For each value of n there are 0 to (n-1) possible values of 1 and for each value of l values of .m. are -1….0….+1