The argument of two students is as given :
Student 1 : "We need four quantum numbers to represent an electron in a multi- electron atom."
Student 2 : " We ned only first three quantum numbers to represent an electron in a multi- electron atom."
b) Who is correct? Why?

The argument of two students is as given : Student 1 : "We need four quantum numbers to represent an electron in a multi- electron atom." Student 2 : " We ned only first three quantum numbers to represent an electron in a multi- electron atom." c) Write the possible four quantum numbers of the valence electron of Na atom.

The argument of two students is as given : Student 1 : "We need four quantum numbers to represent an electron in a multi- electron atom." Student 2 : " We ned only first three quantum numbers to represent an electron in a multi- electron atom." a) Which are the four quantum numbers?

Give the quantum numbers of the valence electron of an atom with atomic number 19.

The correct set of quantum numbers for the unparied electron of 'Cl' atom is

The correct set of four quantum numbers for the valence electrons of rubidium atom (Z=37) is :

Write the various possible quantum numbers for unpaired electron of Aluminium atoms?

Quantum numbers are the address of an electron in an atom. Justify the statement by explaining different quantum numbers.

Quantum numbers are a set of four numbers used to designate electron in an atom. ii) Give the quantum numbers of the valence electron of an atom with atomic number 13.

The quantum number '+1/2' and '-1/2' for the electron spin represent.

Does the angular momentum of an electron in an atom depend on the principal quantum number (n)?