Question

The lowest energy term for the d6 configuration is

Answer 1

The least energy configuration is given below.

Explanation:

• Electrons in an atom reside in shells characterised by a particular value of n, the Principal Quantum Number.

• Within each shell an electron can occupy an orbital which is further characterised by an Orbital Quantum Number, l, where l can take all values in the range:

• l = 0, 1, 2, 3, ... , (n-1),

• traditionally termed s, p, d, f, etc. orbitals.

• Each orbital has a characteristic shape reflecting the motion of the electron in that particular orbital, this motion being characterised by an angular momentum that reflects the angular velocity of the electron moving in its orbital.

• A quantum mechanics approach to determining the energy of electrons in an element or ion is based on the results obtained by solving the Schrödinger Wave Equation for the H-atom.

• The various solutions for the different energy states are characterised by the three quantum numbers, n, l and ml.

• ml is a subset of l, where the allowable values are: ml = l, l-1, l-2, ..... 1, 0, -1, ....... , -(l-2), -(l-1), -l.

• There are thus (2l +1) values of ml for each l value,

• i.e. one s orbital (l = 0), three p orbitals (l = 1), five d orbitals (l = 2), etc.

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Answer 2

the way lowest energy term for d6 is 5d