H3C•
O=(
c
•CH3 can interact with
other like molecules through
dispersion
forces, dipole-
only dispersion
only dispersion
forces and
dipole and
forces
dipole-dipole
hydrogen bonds
Please help me

H3C O c CH3 can interact with other like molecules through dispersion forces dipole only dispersion only dispersion forces and dipole and forces dipoledipole hy class=

Respuesta :

Answer:

c

Explanation:

H3C•O=(c•CH3 can interact with other like molecules through only only dispersion forces and dipole dipole forces. option B is correct.

What are dipole dipole forces?

The force of dipole dipole creates because of the presence of polar compounds and they are responsible for the polarization too and dispersion forces are weak molecular forces of interaction.

H3C•O=(c•CH3 is known as acetone and due to the presence of oxygen they form one polar bond due to the presence of lone pair on the oxygen atom and oxygen is the electronegative element too.

Acetone will form dispersion force as carbon and hydrogen are of similar electronegativities so they are bounded with dispersion force and not very polar.

Therefore, H3C•O=(c•CH3 can interact with other like molecules through only only dispersion forces and dipole dipole forces. option B is correct.

Learn more about dipole dipole forces, here:

https://brainly.com/question/6437689

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