a) \[\frac{V_{C}}{V_{S}}\simeq10^{3}\]
b) \[\frac{V_{C}}{V_{S}}\simeq10^{-3}\]
c) \[\frac{V_{C}}{V_{S}}\simeq10^{23}\]
d) \[\frac{V_{C}}{V_{S}}\simeq1\]
Answer: a
Explanation:
The volume of a colloidal particle, Vc as compared to the volume of a solute particle in a true solution Vs , could be
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
a) \[\frac{V_{C}}{V_{S}}\simeq10^{3}\]
b) \[\frac{V_{C}}{V_{S}}\simeq10^{-3}\]
c) \[\frac{V_{C}}{V_{S}}\simeq10^{23}\]
d) \[\frac{V_{C}}{V_{S}}\simeq1\]
Answer: a
Explanation:
a) \[\frac{V_{C}}{V_{S}}\simeq10^{3}\]
b) \[\frac{V_{C}}{V_{S}}\simeq10^{-3}\]
c) \[\frac{V_{C}}{V_{S}}\simeq10^{23}\]
d) \[\frac{V_{C}}{V_{S}}\simeq1\]
Answer: a
Explanation:
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