An aqueous solution of titanium chloride, when subjected to magnetic measurement, measured zero magnetic moment. Assuming the octahedral complex in aqueous solution, the formulae of the complex is:

\[\left[ TiC{{l}_{3}}{{\left( {{H}_{2}}O \right)}_{3}} \right]\]

\[\left[ Ti{{\left( {{H}_{2}}O \right)}_{6}} \right]C{{l}_{2}}\]

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

\[\left[ TiC{{l}_{2}}{{\left( {{H}_{2}}O \right)}_{4}} \right]\]

An aqueous solution of titanium chloride, when subjected to magnetic m

1.	An aqueous solution of titanium chloride, when subjected to magnetic measurement, measured zero magnetic moment. Assuming the octahedral complex in aqueous solution, the formulae of the complex is:
A.	\[\left[ Ti{{\left( {{H}_{2}}O \right)}_{6}} \right]C{{l}_{2}}\]
B.	\[\left[ Ti{{\left( {{H}_{2}}O \right)}_{6}} \right]C{{l}_{4}}\]
C.	\[\left[ TiC{{l}_{3}}{{\left( {{H}_{2}}O \right)}_{3}} \right]\]
D.	\[\left[ TiC{{l}_{2}}{{\left( {{H}_{2}}O \right)}_{4}} \right]\]
Answer» C. \[\left[ TiC{{l}_{3}}{{\left( {{H}_{2}}O \right)}_{3}} \right]\]