The first transition series metal 'M' has the highest enthalpy of atomisation in its series. One of its aquated ion (M$^{3+}$) exists in green colour. The nature of the oxide formed by the above M$^{3+}$ ion is :

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The first transition series metal 'M' has the highest enthalpy of atomisation in its series. One of its aquated ion (M $^{3+}$ ) exists in green colour. The nature of the oxide formed by the above M $^{3+}$ ion is :

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The first transition series metal 'M' has the highest enthalpy of atomisation in its series. One of its aquated ion (M3+^{3+}3+) exists in green colour. The nature of the oxide formed by the above M3+^{3+}3+ ion is :

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The first transition series metal 'M' has the highest enthalpy of atomisation in its series. One of its aquated ion (M $^{3+}$ ) exists in green colour. The nature of the oxide formed by the above M $^{3+}$ ion is :