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Which of the following sets of quantum n...

Which of the following sets of quantum numbers are impossible for electrons? Explain why in each case.
`|{:("Set",n,l,m,s),((i),1,0,1,+1/2),((ii),3,0,0,-1/2),((iii),1,2,2,+1/2),((iv),4,3,-3,+1/2),((v),5,2,1,-1/2),((vi),3,2,1,0):}|`

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The correct Answer is:
Impossible sets of quantum numbers are (i), (iii), and (vi)
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Which of the following sets of quantum numbers represent an impossible arrangement :- {:(,n,l,m,m_(s),),((A),3,2,-2,(1)/(2),),((B),4,0,0,(1)/(2),),((C),3,2,-3,(1)/(2),),((D),5,3,0,(1)/(2),):}

Which orbital represents the following set of quantum numbers n =3, l=0, m =0 s = + 1//2

Which of the following set of quantum numbers represent maximum number of electrons in Ni (Nickel) (1) "n=2,l=1,m=+1 (2) "n=3, l=2,m=0] (3) "n=3,m=0, s=+1/2 (4) "n=4,m=0, s=-1/2

Which of the following set of quantum numbers are not permited (a) n=3, l=2,m=-2,s=+1/2 (b) n=3, l=2, m=-1,s=0 (c) n=2 ,l=2,m=+1,s=-1/2

From the following sets of quantum numbers, state which are possible. Explain why the others are not possible. (a) n=0, l=0, m_(l)=0, s=+1//2 , (ii) n=1, l=0, m_(l)=0, s=-1//2 (iii) n=1, l=1, m_(1)=0, s=+1//2 , (iv) n=1, l=0, m_(l)=+1, s=+1//2

State whether the following sets of quantum numbers can be allowed or not : n=3, l=2, m_(1)=-1, s=+1//2

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