Intermolecular forces

Which is the strongest IMF?

• Dipole-Dipole

• Ion-Dipole

• Hydrogen Bonding

• Dispersion

Tags

NGSS.HS-PS1-3

Which is the weakest IMF?

• Dipole-Dipole

• Ion-Dipole

• Hydrogen Bonding

• Dispersion

What type of IMF does HF experience?

• Hydrogen Bonding

• Dipole-Dipole

• Dispersion

Answer explanation

Hydrogen chloride molecules experience dipole-dipole interactions, and hydrogen fluoride molecules have an H-F bond and so experience hydrogen bonding. (They also both experience London dispersion forces.) Therefore, hydrogen chloride experiences weaker intermolecular forces and has a lower boiling point.

https://teachchemistry.org/classroom-resources/intermolecular-forces-2020

Tags

NGSS.HS-PS1-3

What type of IMF does HCl experience?

• Hydrogen Bonding

• Dipole-Dipole

• Dispersion

Answer explanation

Hydrogen chloride molecules experience dipole-dipole interactions, and hydrogen fluoride molecules have an H-F bond and so experience hydrogen bonding. (They also both experience London dispersion forces.) Therefore, hydrogen chloride experiences weaker intermolecular forces and has a lower boiling point.

https://teachchemistry.org/classroom-resources/intermolecular-forces-2020

Tags

NGSS.HS-PS1-3

What type of IMF does methane experience?

• Hydrogen Bonding

• Dipole-Dipole

• Dispersion

Answer explanation

Hydrogen chloride molecules experience dipole-dipole interactions, and hydrogen fluoride molecules have an H-F bond and so experience hydrogen bonding. (They also both experience London dispersion forces.) Therefore, hydrogen chloride experiences weaker intermolecular forces and has a lower boiling point.

https://teachchemistry.org/classroom-resources/intermolecular-forces-2020

What type of IMF does PH₃ experience?

• Hydrogen Bonding

• Dipole-Dipole

• Dispersion

Answer explanation

Hydrogen chloride molecules experience dipole-dipole interactions, and hydrogen fluoride molecules have an H-F bond and so experience hydrogen bonding. (They also both experience London dispersion forces.) Therefore, hydrogen chloride experiences weaker intermolecular forces and has a lower boiling point.

https://teachchemistry.org/classroom-resources/intermolecular-forces-2020

Is CH₄ polar or nonpolar?
(Does it have a dipole moment?)

• Polar

• Nonpolar

Answer explanation

Hydrogen chloride molecules experience dipole-dipole interactions, and hydrogen fluoride molecules have an H-F bond and so experience hydrogen bonding. (They also both experience London dispersion forces.) Therefore, hydrogen chloride experiences weaker intermolecular forces and has a lower boiling point.

https://teachchemistry.org/classroom-resources/intermolecular-forces-2020

Is PH₃ polar or nonpolar?
(Does it have a dipole moment?)

• Polar

• Nonpolar

Answer explanation

Hydrogen chloride molecules experience dipole-dipole interactions, and hydrogen fluoride molecules have an H-F bond and so experience hydrogen bonding. (They also both experience London dispersion forces.) Therefore, hydrogen chloride experiences weaker intermolecular forces and has a lower boiling point.

https://teachchemistry.org/classroom-resources/intermolecular-forces-2020

Select which substance experiences stronger intermolecular forces:

• 
• 

Select which substance has a lower boiling point:

• 
• 

Answer explanation

Hydrogen chloride molecules experience dipole-dipole interactions, and hydrogen fluoride molecules have an H-F bond and so experience hydrogen bonding. (They also both experience London dispersion forces.) Therefore, hydrogen chloride experiences weaker intermolecular forces and has a lower boiling point.

https://teachchemistry.org/classroom-resources/intermolecular-forces-2020

Tags

NGSS.HS-PS1-3

NGSS.HS-PS1-1