The higher enthalpy of atomisation can be due to :

The transition metals exhibit higher enthalphies of atomisation due to :

The transition metals exhibit higher enthalphies of atomisation due to :

Define enthalpy of atomisation.

Transition elements have higher enthalpy of atomisation than alkali metals due to

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

Give reasons: Iron has higher enthalpy of atomisation than of copper

Why do the transition elements have higher enthalpies of atomisation? In 3d series (Sc to Zn), which element has the lowest enthalpy of atomisation and why?

Why do the transition elements have higher enthalpies of atomisation? In 3d series (Sc to Zn), which element has the lowest enthalpy of atomisation and why?

Give reason : Iron has higher enthalpy of atomisation that of copper.