Question

Question 2 of 29 > Attempt 3 Quantum numbers arise naturally from the mathematics used to describe the possible states of an electron in an atom. The four quantum numbers, the principal quantum number (11), the angular momentum quantum number (), the magnetic quantum number (me), and the spin quantum number (m) have strict rules which govern the possible values. Identify all allowable combinations of quantum numbers for an electron On= 3, C = -2, me = -2, m, = + On=3, C = 2, m = -2, m. =- O = 3, C = 3, m = -1, m, = -1 n = 5, 6 = 2, m = 2, m. = + On = 4,6 = 1, me = 2, m, = + = 2,= 1, m = 1, m, = 1

Answer 1

&uestion -2 never be negative Value Cam S0 the 1 st uontoinatin hen ce is not possible and ted As in 1st Com binatim neglee -2 Again value m, is alonys On ie. 6R) So the las Lomoina tion uhere m =1 S0 also the last omoination is no t ngain possible neg le eter 2 n Cmloinatin D, I,2 Thus N when R = 2 then me 2-1,0, + +2 there given ms =-2 So this cmwloinationis allow ed

3rd Comoinatian.: Thus = 0 ,2 but here giver = Soit is mot allrwed Comoinatin 4 t lamoination: n =5, = 01,2, 3,4 2,-1,0, +1,+ 2 m Combinahion S0 this is allowed 5 2 Comoinatim = 0, 1,2,3 Thus n=4 when e hen ms = -1 0+ bnt here given me = 2 S0 this i not allow ed On Comloination

Thus n=3,L= -2 , m = -2 , m, = + (Not allowes) =3, 8= 2, M-2, mg = - 2 (Allowea) n= , =3, m ms 2 Not allowea) m5, 2 m 2, ms= +2 (Allowea) n 4,=, m2, mo= + (NoF all noe) n =2,8-1,m1, ms1 7 Niallowea
The tick(✓) options are the allowed combination........