PtCl4.2HCl has a secondary valence of 6. Hence, 6 mol of AgCl precipitate will be formed in excess AgNO3 solution.

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Chapter12: Chemical Equilibrium
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Problem 12.53PAE: The ore cinnabar (HgS) is an important source of mercury. Cinnabar is a red solid whose solubility...
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Answer in true and false and please explain.

PtCl 4.2HCl has a secondary
valence of 6. Hence, 6 mol of AgCl
precipitate will be formed in
excess AgNO3 solution.
Transcribed Image Text:PtCl 4.2HCl has a secondary valence of 6. Hence, 6 mol of AgCl precipitate will be formed in excess AgNO3 solution.
An isomer of Co(en)2(H₂0)Cl₂Br4
lost some of its weight upon
reacting with concentrated H₂SO4
(dehydrating agent). In reaction
with AgNO3 solution, a white
precipitate was formed. Identify
the correct formula of the
complex.
Transcribed Image Text:An isomer of Co(en)2(H₂0)Cl₂Br4 lost some of its weight upon reacting with concentrated H₂SO4 (dehydrating agent). In reaction with AgNO3 solution, a white precipitate was formed. Identify the correct formula of the complex.
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