The volume of a colloidal particle, \[{{V}_{C}}\] as compared to the volume of a solute particle in a true solution \[{{V}_{S}},\] could be [AIEEE 2005]

\[\frac{{{V}_{C}}}{{{V}_{S}}}\tilde{}1\]

\[\frac{{{V}_{C}}}{{{V}_{S}}}\tilde{}{{10}^{23}}\]

\[\frac{{{V}_{C}}}{{{V}_{S}}}\tilde{}{{10}^{-3}}\]

\[\frac{{{V}_{C}}}{{{V}_{S}}}\tilde{}{{10}^{3}}\]

The volume of a colloidal particle, \[{{V}_{C}}\] as compared to the v

1.	The volume of a colloidal particle, \[{{V}_{C}}\] as compared to the volume of a solute particle in a true solution \[{{V}_{S}},\] could be [AIEEE 2005]
A.	\[\frac{{{V}_{C}}}{{{V}_{S}}}\tilde{}1\]
B.	\[\frac{{{V}_{C}}}{{{V}_{S}}}\tilde{}{{10}^{23}}\]
C.	\[\frac{{{V}_{C}}}{{{V}_{S}}}\tilde{}{{10}^{-3}}\]
D.	\[\frac{{{V}_{C}}}{{{V}_{S}}}\tilde{}{{10}^{3}}\]
Answer» E.

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The volume of a colloidal particle, \[{{V}_{C}}\] as compared to the volume of a solute particle in a true solution \[{{V}_{S}},\] could be [AIEEE 2005]

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