Intermolecular association decrease from primary to tertiary amine because no. of hydrogen bond decreases. So order of boiling point in isomeric amines.Primary  > Secondary > TertiaryStatement-II : Boiling point of alcohols are greater than amines when they have comparable molecular mass due to greater H-bond strength in alcohol.A Statement-I and II both  are correct B Statement-I is incorrect but statement-II is correct. C Statement-I is correct but statement-II is false. D Both statement-I and II are incorrect.

Arrange the following compounds in order of increasing boiling pointl.CH 3CH2CH2OHII.CH 3CH 2OHIII.CH3CH2CH2CH2OHIV. CH3CH 2CH2CH 2CH 3A. I < II < IV < IIIB. IV < III < II < IC. I < II < III < IVD. IV < I < II< III

Which of the following amines can hydrogen bond with WATER?Group of answer choicesnone of thesejust tertiaryprimary and secondaryall three (primary, secondary, and tertiary)

hich of the following amines has the lowest boiling point?Group of answer choicesNo answer text provided.trimethylaminemethyamineethylmethylamine

What is the correct order of increasing boiling points?A.     CH3CH3<CH3CH2Cl<CH3CH2Br<CH3CH2IB.     CH3CH2Cl<CH3CH2Br<CH3CH3<CH3CH2IC.     CH3CH2I<CH3CH2Br<CH3CH2Cl<CH3CH3D.

Which statement correctly describes the boiling point of alcohols?Question 2Select one:a.Since alcohols are not able to hydrogen bond, their boiling points are lower than those of their parent molecules.b.Since alcohols are able to hydrogen bond, their boiling points are lower than those of their parent molecules.c.Since alcohols are able to hydrogen bond, their boiling points are higher than those of their parent molecules.d.Since alcohols are not able to hydrogen bond, their boiling points are higher than those of their parent molecu