Why is enthalpy of atomisation is the lowest for Zn in 3d series of transition elements ?

Account of the following. (i) The enthalpy of atomisation is lowest for Zn in 3d -series of the transition elements. (ii) Identify the metal in MO_(3)F and justify your answer. (iii) Transition metals form a large number of complexes. (iv) d^(1) configuration is very unstable in ions.

Account for the following : The enthalpy of atomization is lowest for Zn in 3d series of the transition elements.

Account for the folloiwng: The enthalpy of atomization is lowest for Zn in 3d series of the transiton elements.

Enthalpy of atomisation is lowest in

Why enthalpy of atomisation Zn is the lowest in the first transition series ?

The elements with the highest and lowest enthalpy of atomisation , respectively for first row transition elements are

(A) The enthalpy of atomization of zinc is the highest in 3d series. (R) Zn is a transition metal

Why Zn, Cd and Hg are not transition elements ?

Transition elements generally have high enthalpy of atomisation and they show variable oxidation states Why do transition elements exhibit higher enthalpies of atomisation?

Lowest enthalpy of atomisation among the following is of: