Assertion (A) : An orbital cannot have more than two electrons, more over if an orbital has two electrons they must have opposite spins.
Reason (R) : No elements in an atom can have same set of all four quantum numbers.

Assertion : An orbital cannot have more than two electrons, moreover, if an orbital has two electrons they must have opposite spins. Reason : No two electrons in an atom can have same set of all the four quantum numbers.

Assertion : An orbital cannot have more than two electrons, moreover, if an orbital has two electrons they must have opposite spins. Reason : No two electrons in an atom can have same set of all the four quantum numbers.

Assertion (A) : An orbital cannot have more than two electrons Reason (R ) : The two electrons in an orbital create opposite magnetic fields

Assertion : An orbital cannot have more than two electrons. Reason : The two electrons in an orbital create opposite magnetic fields.

Assertion (A) : An orbital cannot have more than creat electron Reason (R ) : The two electrons is an orbital creat opposite mabnitic field

In the given which principle is stated as “ No two electrons in an atom can have the same set of all four Quantum numbers ‘’

Show that an orbital cannot accommodate more than two electrons in it.

STATEMENT-1: An orbital cannot have more then two electrons and they must have opposite spins. STATEMENT-2: No two electrojns in an atom can have same set of all the four quantum numbers as per Pauli's exclusion principle.