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Oxidation states of the metal in the minerals cassiterite and stannite, respectively are:

Option: 1

II, IV in cassiterite and II in stannite

 


Option: 2

II, IV in cassiterite and IV in stannite

 


Option: 3

IV in cassiterite and II, IV in stannite

 


Option: 4

II in cassiterite and II, IV in stannite


Answers (1)

best_answer

Cassiterite is a mineral composed of tin dioxide \left(\mathrm{SnO}_2\right). In this mineral, the oxidation state of tin \mathrm{(Sn) } is +4(\mathrm{IV}). Each tin atom in cassiterite has four oxygen atoms bonded to it, resulting in the oxidation state of  +4  for tin.

Stannite is a mineral composed of a complex sulfide of tin, copper, and iron. The oxidation state of tin in stannite can vary. It can exist in both the+2 (II) and +4 (IV) oxidation states. Therefore, the oxidation states of metals in stannite are II and IV.

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himanshu.meshram

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