The pair of compounds that can exist together is:A. `FeCl_(3)`, `SnCl_(2)`B. `HgCl_(2)`, `SnCl_(2)`C. `FeCl_(2)`, `SnCl_(2)`D. `FeCl_(3)`, `KI`

The pair of compounds that can exist together is:A. `FeCl_(3)`, `SnCl_

1.	The pair of compounds that can exist together is:A. `FeCl_(3)`, `SnCl_(2)`B. `HgCl_(2)`, `SnCl_(2)`C. `FeCl_(2)`, `SnCl_(2)`D. `FeCl_(3)`, `KI`
Answer» Correct Answer - C The compounds with lower oxidation number and which cannot reduced by one another can exist together. Thus `FeCl_(2)` and `SnCl_(2)` can exist together as `Fe^(2+)` cannot be reduced by `Sn^(2+)`.

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The pair of compounds that can exist together is:A. `FeCl_(3)`, `SnCl_(2)`B. `HgCl_(2)`, `SnCl_(2)`C. `FeCl_(2)`, `SnCl_(2)`D. `FeCl_(3)`, `KI`

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