Copy of CP Chemistry Molecular Polarity and IMF (4/7/2025)

Last updated 11 months ago

8 questions

4

Required

3

Required

3

Which of the following statements is true about the molecule shown below?

The bonds are nonpolar and the molecule is nonpolar.

The bonds are polar and the molecule is nonpolar.

The bonds are nonpolar and the molecule is polar.

The bonds are polar and the molecule is polar

What types of bonds are shown?

Ionic

There is not enough information to determine the answer.

Nonpolar covalent

Polar covalent

The image above shows a pure substance that contains one type of molecule. What type of intermolecular force is represented by the dashed yellow line?

Ionic

Dipole - dipole

London dispersion 

Dipole - induced dipole

The image shows a mixture of polar and nonpolar molecules.

What type of intermolecular force is shown by the dashed yellow line?

dipole-dipole

Ionic

London dispersion

dipole induced - dipole

Which substance has stronger intermolecular attractions?

The polar liquid

Both liquids have the same intermolecular attractive forces.

The nonpolar liquid

Nonpolar molecules _________ contain polar bonds.

may

always 

never 

If you were working in the Intermolecular Forces section of the Gizmo, and you had the molecules shown in the image, which "bucket" would you drag the molecules to in order to represent their forces of attraction?

London dispersion

None of these is correct

dipole - dipole

dipole - induced dipole

If you were working in the Intermolecular Forces section of the Gizmo, and you had the molecules shown in the image, which "bucket" would you drag the molecules to in order to represent their forces of attraction?

dipole - dipole

dipole - induced dipole

London dispersion

None of these is correct

Which of the following statements is true about the molecule shown below?

The bonds are nonpolar and the molecule is nonpolar.

The bonds are polar and the molecule is nonpolar.

The bonds are nonpolar and the molecule is polar.

The bonds are polar and the molecule is polar

What types of bonds are shown?

Ionic

There is not enough information to determine the answer.

Nonpolar covalent

Polar covalent

The image above shows a pure substance that contains one type of molecule. What type of intermolecular force is represented by the dashed yellow line?

Ionic

Dipole - dipole

London dispersion 

Dipole - induced dipole

The image shows a mixture of polar and nonpolar molecules.

 What type of intermolecular force is shown by the dashed yellow line?

dipole-dipole

Ionic

London dispersion

dipole induced - dipole

Which substance has stronger intermolecular attractions?

The polar liquid

Both liquids have the same intermolecular attractive forces.

The nonpolar liquid

Nonpolar molecules _________ contain polar bonds. 

may

always 

never 

If you were working in the Intermolecular Forces section of the Gizmo, and you had the molecules shown in the image, which "bucket" would you drag the molecules to in order to represent their forces of attraction?

London dispersion

None of these is correct

dipole - dipole

dipole - induced dipole

If you were working in the Intermolecular Forces section of the Gizmo, and you had the molecules shown in the image, which "bucket" would you drag the molecules to in order to represent their forces of attraction?

dipole - dipole

dipole - induced dipole

London dispersion

None of these is correct

Copy of CP Chemistry Molecular Polarity and IMF (4/7/2025)

Copy of CP Chemistry Molecular Polarity and IMF (4/7/2025)

Which of the following statements is true about the molecule shown below?

What types of bonds are shown?

The image above shows a pure substance that contains one type of molecule. What type of intermolecular force is represented by the dashed yellow line?

The image shows a mixture of polar and nonpolar molecules. What type of intermolecular force is shown by the dashed yellow line?

Which substance has stronger intermolecular attractions?

Nonpolar molecules _________ contain polar bonds.

If you were working in the Intermolecular Forces section of the Gizmo, and you had the molecules shown in the image, which "bucket" would you drag the molecules to in order to represent their forces of attraction?

If you were working in the Intermolecular Forces section of the Gizmo, and you had the molecules shown in the image, which "bucket" would you drag the molecules to in order to represent their forces of attraction?

The image shows a mixture of polar and nonpolar molecules.

What type of intermolecular force is shown by the dashed yellow line?