`HgCl_2` and `SnCl_2` cannot coexist together in an aqueous solution.

HgCl_(2) and SnCl_(2) can not exist together in an aqueous solution. Why?

Assertion: HgCl_(2) and SnCl_(2) cannot exist together in an aqueous solution. Reason: SnCl_(2) is a strong reducing agent because Sn shows inert part effect.

Assertion: HgCl_(2) and SnCl_(2) cannot exist together in an aqueous solution. Reason: SnCl_(2) is a strong reducing agent because Sn shows inert part effect.

HgCl_2 and SnCl_2 cannot exist together in an aqeous solution . Explain.

HgCl_2 and SmCl_2 cannot exist together in an aqeous solution . Explain.

Assertion : HgCl_(2) and SnCl_(2) exist together in an aqueous solution. Reason : SnCl_(2) is a strong reducing agent.

HgCl_2 and SnCl_2 cannot exist in aqueous solution. Why ?

Which pair of compounds cannot exist together in aqueous solution ?

Assertion : HgCl_(2) and SnCl_(2) cannot coexist in a solution. Reason : Increase in concentration of Cl^(-) in solution brings in precipitation of either of them.