The volume of colloidal particle $V_{c}$ as comapred to the volume of solute particle in a true solution $V_{s}$ could be

V_c / V_s = 1

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V_c / V_s = 10²³

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V_c / V_s = 10^-3

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V_c / V_s = 10³

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Solution

The correct option is D V_c / V_s = 10³
Diameter of colloidal particle is about 10 times larger than solute particles in a true solution. Hence, volume is about 1000 times greater i.e. $\frac{V_{c}}{V_{s}} = 10^{3}$

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