Intermolecular Forces Reading Quizizz Lesson

Which of the following describes what happens when water is boiled?

• Forces of attraction between water molecules are made weaker and water molecules can move farther apart from each other and water vapor is formed

• Covalent bonds between hydrogen and oxygen are made weaker and hydrogen gas and oxygen gas are formed.

• Forces of attraction between water molecules grow stronger and water molecules can move farther apart from each other and water vapor is formed

• Covalent bonds between hydrogen and oxygen are made stronger and water vapor forms.

Select all the lines that indicate intermolecular forces in a sample of water molecules

Intermolecular forces are ​​ (a)   than covalent and ionic bonds

• weaker
• stronger
• equally as strong as

Select the description of a dipole and the picture that represents a bond with a dipole.

• A dipole is an uneven distribution of electrons between atoms caused from differences in electronegativities

• A dipole is an even distribution of electrons between atoms caused from similarities in electronegativities

• 
• 

The forces of attraction between two polar molecules is called ...

• London Dispersion Forces

• Dipole-Dipole Forces

• Covalent Bonds

• Ionic Bonds

• Hydrogen Bonds

True or False: Hydrogen bonding is a type of covalent bond

• True

• False

Answer explanation

Hydrogen bonding is a type of intermolecular force

Which of the following are example of molecules that will form hydrogen bond intermolecular forces.

• Polar molecule with at least one O-H bond

• Nonpolar molecules with at least one F-H bond

• Polar molecule with at least one C-H bond

• Polar molecules with at least one F-H bond

• Polar molecule with at least one N-H bond

What type of intermolecular forces are shown in the diagram?

• Hydrogen Bonding

• Dipole-Dipole Forces

• London Dispersion Forces

• Covalent Bonds

• Ionic Bonds

The following molecules are polar molecules. Sort them by the intermolecular forces that would be present in a pure substance of that substance (Intermolecular forces between two of those molecules)

Groups:

(a) Hydrogen Bonding

,

(b) Dipole-Dipole Interactions

• NH3

• H2S

• HCl

• HF

• H2O

• PH3

True or False: In any molecule - polar or nonpolar - electrons are constantly moving around the nuclei of the atoms in the molecule.

• True

• False