Suppose a particle has four quantum numbers such that the permited values are those as given below: n,1,2,3... l: (n-1), (n-3),(n-5)...but no negative number J:(//+(1)/(2)) or (//-(1)/(2)) if the latter is not negative. m : J in integral steps to +J Thus, how many particles could be fitted into that n = 2 shell?

Suppose a particle has four quantum numbers such that the permited val

1.	Suppose a particle has four quantum numbers such that the permited values are those as given below: n,1,2,3... l: (n-1), (n-3),(n-5)...but no negative number J:(//+(1)/(2)) or (//-(1)/(2)) if the latter is not negative. m : J in integral steps to +J Thus, how many particles could be fitted into that n = 2 shell?
Answer» SOLUTION :`L = 1, j = (3)/(2),(1)/(2), m =- (3)/(2), -(1)/(2), +(1)/(2),+(3)/(2), -(1)/(2), +(1)/(2)`