Amongst aldehydes and ketones  , ketones have higher boiling point ....this is due to the presence of two electron donating alkyl groups around the C=O group which makes them more polar

for ex- boiling point of CH3-CHO = 322 K and dipole moment is 2.52 D

boiling point of CH3-CO-CH3 = 329 K and dipole moment is 2.88D

dipole moment of CH3-CO-CH3 is more than CH3-CHO ...this because there are two electron donating CH3 groups around C=O bond where as there is only 1 CH3 group around C=O in CH3CHO

as dipole moment is more so more polar and hence higher boiling point

Amongst aldehydes and ketones, ketones have higher boiling point. This is due to the presence of two electron donating alkyl groups around the $\ce{C=O}$ group which makes them more polar.

For example: the boiling point of $\ce{CH3-CHO}$ is 322 K and dipole moment is 2.52 D.

Boiling point of $\ce{CH3-CO-CH3}$ is 329 K and dipole moment is 2.88D

Dipole moment of $\ce{CH3-CO-CH3}$ is greater than of $\ce{CH3-CHO}$. This because there are two electron donating $\ce{CH3}$ groups around $\ce{C=O}$ bond whereas there is only one $\ce{CH3}$ group around $\ce{C=O}$ in $\ce{CH3CHO}$.

As dipole moment is greater so it is more polar and hence has higher boiling point.