EES 3.1 Quiz

What is the chemical formula for water?

Tags

NGSS.MS-PS1-1

Which type of bond is primarily responsible for the unique properties of water?

• Ionic bond

• Covalent bond

• Hydrogen bond

• Metallic bond

How does cohesion contribute to the surface tension of water?

• It decreases surface tension by breaking hydrogen bonds.

• It increases surface tension by allowing water molecules to stick together.

• It has no effect on surface tension.

• It only affects adhesion, not surface tension.

What is the primary reason water has a high specific heat capacity?

• The presence of ionic bonds.

• The ability to form hydrogen bonds.

• Its low molecular weight.

• Its solid state at room temperature.

Tags

NGSS.MS-PS3-4

Explain how water's high specific heat capacity affects the climate.

• It causes rapid temperature changes in coastal areas.

• It stabilizes temperatures by absorbing and releasing heat slowly.

• It has no effect on climate.

• It only affects the temperature of oceans, not the atmosphere.

Tags

NGSS.MS-ESS2-6

Which property of water allows it to move against gravity in plant stems?

• Surface tension

• Cohesion

• Capillary action

• Adhesion

Compare and contrast cohesion and adhesion in terms of their effects on water.

• Cohesion causes water to stick to other substances, while adhesion causes water to stick to itself.

• Cohesion causes water to stick to itself, while adhesion causes water to stick to other substances.

• Both cohesion and adhesion cause water to stick to other substances.

• Both cohesion and adhesion cause water to stick to itself.

How does surface tension affect the interaction between the hydrosphere and atmosphere?

• It prevents water from evaporating.

• It allows insects to walk on water.

• It facilitates the formation of water droplets in clouds.

• It has no effect on the interaction.

What is the effect of hydrogen bonds on the boiling point of water?

• They lower the boiling point.

• They raise the boiling point.

• They have no effect on the boiling point.

• They only affect the freezing point.

Which of the following best describes capillary action?

• The ability of water to resist external force.

• The movement of water within narrow spaces against gravity.

• The tendency of water to form droplets.

• The evaporation of water from surfaces.