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Ion Electron Method

A current of ...

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A current of 2 amperes passing through for 5 hours through molten tin salt deposited 22.2 gm of tin. The oxidation state of tin in the salt is ( at. Mass of Sn = 119 )

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A current of 2 ampere passing for 5 hours deposits 22.2 g of tin, the oxidation state of tin is:

[At. wt. = 119]

Q. A current of 2 A is passed for

1.93 \times 10^{4}

s through a molten tin salt depositing 23.8 g Sn(A.W. of Sn = 119). The oxidation state of Sn in the salt is:

Q. A current of 2.0 A is passed for 5 hours through a molten metal salt deposits 22.2 g of metal (At. mass: 177 u). The oxidation states of the metal in metal salt is:

Q. A current of

2 a m p

when passed for

5

hours through a molten salt deposits

22.2 g

of metal of atomic mass

177

. The oxidation state of the metal in the metal salt is:

Q. A current of

2 a m p

when passed for

5

hour through a molten salt deposits

22.2 g

of metal of atomic mass

177

. Then calculate the positive oxidation state of the metal in the metal salt.

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