15%

5%

65%

60%

90%

Because of hydrogen bonding, water has a low heat of vaporization.

Water has a tetrahedral structure when considering lone pairs and a bent molecular structure when not considering lone pairs.

Water has the potential to form a maximum of 4 hydrogen bonds.

Ice is a hexagonally packed network of water molecules and is less dense than water.

None of the other answers are true

Reaction 1 proceeds at a faster rate than reaction 2

Reaction 1 proceeds at a slower rate than reaction 2

Reaction 1 and reaction 2 proceed at equally fast rates

Reaction 1 and reaction 2 proceed at equally slow rates

15%

5%

65%

60%

90%

Because of hydrogen bonding, water has a low heat of vaporization.

Water has a tetrahedral structure when considering lone pairs and a bent molecular structure when not considering lone pairs.

Water has the potential to form a maximum of 4 hydrogen bonds.

Ice is a hexagonally packed network of water molecules and is less dense than water.

15%

5%

65%

60%

90%

Because of hydrogen bonding, water has a low heat of vaporization.

Water has a tetrahedral structure when considering lone pairs and a bent molecular structure when not considering lone pairs.

Water has the potential to form a maximum of 4 hydrogen bonds.

Ice is a hexagonally packed network of water molecules and is less dense than water.

None of the other answers are true

Reaction 1 proceeds at a faster rate than reaction 2

Reaction 1 proceeds at a slower rate than reaction 2

Reaction 1 and reaction 2 proceed at equally fast rates

Reaction 1 and reaction 2 proceed at equally slow rates

None of the other answers are true

Reaction 1 proceeds at a faster rate than reaction 2

Reaction 1 proceeds at a slower rate than reaction 2

Reaction 1 and reaction 2 proceed at equally fast rates

Reaction 1 and reaction 2 proceed at equally slow rates

increases and decreases

temperature increases

decreases and increases

decreases and decreases.

increases and increases.