Solution Formation and Solubility Quiz

Forming new intermolecular forces

Breaking apart solvent molecules

Cooling the solution

Mixing solute and solvent

Delta H must always be positive

Delta H should be close to zero

Delta H is irrelevant

Delta H should be as negative as possible

An increase in entropy favors spontaneity

Entropy must be zero for spontaneity

Entropy has no effect on spontaneity

Entropy decreases spontaneity

London dispersion forces

Metallic bonding

Hydrogen bonding

Ionic bonding

Two liquids that can mix in any proportion

A solid that dissolves in a liquid

A gas that dissolves in a liquid

Two liquids that cannot mix

A solution that has more solute than it can normally hold

A solution with undissolved solute at the bottom

A solution that is completely homogeneous

A solution that can dissolve more solute

A solution that can be separated by filtration

A mixture of two immiscible liquids

A solution where solute settles at the bottom

A homogeneous solution with large particles

Gases are more soluble at lower temperatures

Temperature has no effect on gas solubility

Gases are only soluble at room temperature

Gases are more soluble at higher temperatures

Solubility decreases

Solubility becomes unpredictable

Solubility remains constant

Solubility increases

The solubility of gases in liquids

The solubility of solids in liquids

The solubility of liquids in gases

The solubility of gases in solids