$PtC{{l}_{4}}.6{{H}_{2}}O$can exist as a hydrated complex 1 molal aq. solution has depression in freezing point of 3.72°. Assume 100% ionisation and ${{K}_{f}}({{H}_{2}}O)=1.86{}^\circ \,mo{{l}^{-1}}\,kg,$then complex is

Question

Accepted Answer

$[Pt{{({{H}_{2}}O)}_{3}}C{{l}_{3}}]Cl.3{{H}_{2}}O$

Answer

$\left[ Pt{{({{H}_{2}}O)}_{6}} \right]\,C{{l}_{4}}$

Answer

$[Pt{{({{H}_{2}}O)}_{4}}C{{l}_{2}}]C{{l}_{2}}.2{{H}_{2}}O$

Answer

$[Pt{{({{H}_{2}}O)}_{2}}C{{l}_{4}}].4{{H}_{2}}O$

solutions

Question: $PtC{{l}_{4}}.6{{H}_{2}}O$can exist as a hydrated complex 1 molal aq. solution has depression in freezing point of 3.72°. Assume 100% ionisation and ${{K}_{f}}({{H}_{2}}O)=1.86{}^\circ \,mo{{l}^{-1}}\,kg,$then complex is

solutions

Question: $PtC{{l}_{4}}.6{{H}_{2}}O$can exist as a hydrated complex 1 molal aq. solution has depression in freezing point of 3.72°. Assume 100% ionisation and ${{K}_{f}}({{H}_{2}}O)=1.86{}^\circ \,mo{{l}^{-1}}\,kg,$then complex is

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