The freezing points of equimolar solutions of glucose, \[KN{{O}_{3}}\] and \[AlC{{l}_{3}}\] are in the order of [AMU 2000]

\[\text{Glucose}<KN{{O}_{3}}<AlC{{l}_{3}}\]

The freezing points of equimolar solutions of glucose, \[KN{{O}_{3}}\]

1.	The freezing points of equimolar solutions of glucose, \[KN{{O}_{3}}\] and \[AlC{{l}_{3}}\] are in the order of [AMU 2000]
A.	\[AlC{{l}_{3}}<KN{{O}_{3}}<\text{Glucose}\]
B.	\[\text{Glucose}<KN{{O}_{3}}<AlC{{l}_{3}}\]
C.	\[\text{Glucose}<AlC{{l}_{3}}<KN{{O}_{3}}\]
D.	\[AlC{{l}_{3}}<\text{Glucose}<KN{{O}_{3}}\]
Answer» B. \[\text{Glucose}<KN{{O}_{3}}<AlC{{l}_{3}}\]

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The freezing points of equimolar solutions of glucose, \[KN{{O}_{3}}\] and \[AlC{{l}_{3}}\] are in the order of [AMU 2000]

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