Among the various quantum numbers (n,l,m, s) describing an electron which can have the largest value

The quantum numbers n , l , m , m_s respectively of the electron 3d^1 are

Assertion : The maximum number of electrons in the shell with principle quantum number n is equal to 2n^(2) . Reason : Two electrons can have the same value of three quantum numbers n, l and m_(l) , but must have the opposite spin quantum number.

Assertion : The maximum number of electrons in the shell with principle quantum number n is equal to 2n^(2) . Reason : Two electrons can have the same value of three quantum numbers n, l and m_(l) , but must have the opposite spin quantum number.

The values of quantum numbers n, l and m for the fifth electron of boron is

The values of quantum numbers n, l and m for the fifth electron of boron is

Which combinations of quantum number n,l,m,s for the electron in an atom does not provide a permission solution of the wave equation ?

Which combinations of quantum number n,l,m,s for the electron in an atom does not provide a permissible solution of the wave equation ?

Assertion : The maximum number of electrons in the shell with principal quantum number nis equal to 2n^(2) ?. Reason : Two electrons in an orbital have the same value of three quantum numbers n, l and m, but must have different spin quantum numbers.

which of the following sets of quantum numbers n, l, ""_(1) , m_(S) correspond to a valence electron in a neutral atom of arsenic (As) ?

An electron in an atom has the following set of quantum numbers: n=3,l=2,m_(l)=+1,m_(s)=+1//2 According to the quantum mechanical picture of the atom, which quantum number(s) could be different for electons in this same atom that have exactly the same energy?