Chlorine is passed into dilute cold $K O H$ solution. What are the oxidation numbers of chlorine in the products formed?

- 1, + 5

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- 1, + 3

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+ 1, + 7

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+ 1, - 1

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Solution

The correct option is B $+ 1, - 1$
$C l_{2} c o l d K O H - ----- \to s o l u t i o n O C l^{-} ↓ + C l^{-}$

0 +1 -1

Oxidation Number is +1 and -1.

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Chlorine is passed into dilute cold KOH solution. What are the oxidation numbers of chlorine in the products formed?

The correct option is B +1,−1Cl2coldKOH−−−−−−→solutionOCl−↓+Cl−0 +1 -1Oxidation Number is +1 and -1.

Chlorine is passed into dilute cold $K O H$ solution. What are the oxidation numbers of chlorine in the products formed?

The correct option is B $+ 1, - 1$
$C l_{2} c o l d K O H - ----- \to s o l u t i o n O C l^{-} ↓ + C l^{-}$

0 +1 -1

Oxidation Number is +1 and -1.