The magnitude of dipole-dipole forces in different polar molecules can be predicted on the basis of the:

Electronegativity of interacting atoms of molecules

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Polarity

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Both A and B

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None

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Solution

The correct option is C Both A and B
The magnitude dipole-dipole forces in different polar molecules can be predicted on the basis of the polarity(polarity depends on electronegativity of atoms).
Hence option C is correct

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Similar questions

Q. Polarity in a molecule and hence the dipole moment depends primarily on electronegativity of the constituent atoms and shape of a molecule. Which of the following has the highest dipole moment?

Question 02

Polarity in a molecule and hence the dipole moment depends primarily on electronegativity of the constituent atoms and shape of a molecule. Which of the following has the highest dipole moment?

(a) $C O_{2}$

(b) HI

(d) $S O_{2}$

Q. Permanent dipole of the polar molecule induces dipole on the electrically neutral molecule by deforming or polarizing its electron cloud. The attractive forces present between the above interactions is called :

In dipole-induced dipole forces, the dipole moments (μ) of polar and non polar molecules are

Q. Dipole-dipole interaction energy between polar molecules in solids depends on the radius of the molecule

(r)

and it is directly proportional to:

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The magnitude of dipole-dipole forces in different polar molecules can be predicted on the basis of the:

The correct option is C Both A and BThe magnitude dipole-dipole forces in different polar molecules can be predicted on the basis of the polarity(polarity depends on electronegativity of atoms).Hence option C is correct

The correct option is C Both A and B
The magnitude dipole-dipole forces in different polar molecules can be predicted on the basis of the polarity(polarity depends on electronegativity of atoms).
Hence option C is correct