How do water droplets in the air grow over time?

By running into other droplets or having more water vapor condense onto them.

What happens to water molecules when the water is below its boiling point?

The molecules move slowly enough to stick together in liquid form.

The molecules move too fast to stay together.

The molecules dissolve into the air.

At what point do water molecules change state from liquid to gas or vice versa?

When they are heated or cooled below their condensation/boiling point.

When they are exposed to sunlight.

When they are mixed with other substances.

When they are frozen for a long period.

What is responsible for the attractive force between water molecules?

A property of the water molecules themselves.

A special chemical added to the water.

How do water droplets in the air grow over time?

By running into other droplets or having more water vapor condense onto them.

What happens to water molecules when the water is below its boiling point?

The molecules move slowly enough to stick together in liquid form.

The molecules move too fast to stay together.

The molecules dissolve into the air.

At what point do water molecules change state from liquid to gas or vice versa?

When they are heated or cooled below their condensation/boiling point.

When they are exposed to sunlight.

When they are mixed with other substances.

When they are frozen for a long period.

What is responsible for the attractive force between water molecules?

A property of the water molecules themselves.

A special chemical added to the water.

What are clouds primarily made of?

Gases and water droplets or ice crystals.

Solid particles like dust and ash.

Why are we able to see clouds?

Because the water droplets and ice crystals reflect light.

Because they emit their own light.

What conditions are necessary for cloud formation?

Air at 100% relative humidity and sufficient cooling.

Air at 50% relative humidity and warm temperatures.

Air with low humidity and freezing temperatures.

What role do cloud condensation nuclei (CCN) play in cloud formation?

They provide a solid surface for water vapor to condense on.

They heat the air to form clouds.

They absorb water vapor to prevent cloud formation.

They dissolve water vapor in the air.

What is cloud seeding?

Adding CCN to the air to increase cloud formation and precipitation.

Removing CCN from the air to prevent rain.

Adding gases to the air to form clouds.

Planting seeds in the ground to attract moisture and form clouds.

What are clouds primarily made of?

Gases and water droplets or ice crystals.

Gases and solid particles like dust and ash.

Why are we able to see clouds?

Because the water droplets and ice crystals reflect light.

Because they emit their own light.

What conditions are necessary for cloud formation?

Air at 100% relative humidity and sufficient cooling.

Air at 50% relative humidity and warm temperatures.

Air with low humidity and freezing temperatures.

What role do cloud condensation nuclei (CCN) play in cloud formation?

They provide a solid surface for water vapor to condense on.

They heat the air to form clouds.

They absorb water vapor to prevent cloud formation.

They dissolve water vapor in the air.

What is cloud seeding?

Adding CCN to the air to increase cloud formation and precipitation.

Removing CCN from the air to prevent rain.

Adding gases to the air to form clouds.

Planting seeds in the ground to attract moisture and form clouds.

What condition is necessary for the development of larger storms?

A greater difference between near-ground and atmospheric temperatures.

A smaller difference between near-ground and atmospheric temperatures.

Constant temperatures throughout the atmosphere.

Colder temperatures both near the ground and in the atmosphere.

How does humidity affect storm strength?

Higher humidity is correlated with stronger storms.

Lower humidity results in stronger storms.

Humidity does not affect storm strength.

Only extreme humidity affects storm strength.

Which combination is most likely to result in the formation of large storms?

High humidity and high air temperature.

Low humidity and low air temperature.

High humidity and low air temperature.

Low humidity and high air temperature.

Why are storms less likely to form with low humidity?

There is less water vapor available for condensation.

There is more thermal energy available for convection.

Low humidity increases air stability.

It increases the difference between near-ground and atmospheric temperatures.

What is the significance of water vapor in the storm formation process?

It provides the moisture necessary for cloud formation and precipitation.

It acts as a cooling agent to reduce storm strength.

It prevents convection cells from forming.

It absorbs thermal energy, preventing storms.

What condition is necessary for the development of larger storms?

A greater difference between near-ground and atmospheric temperatures.

A smaller difference between near-ground and atmospheric temperatures.

Constant temperatures throughout the atmosphere.

Colder temperatures both near the ground and in the atmosphere.

How does humidity affect storm strength?

Higher humidity is correlated with stronger storms.

Lower humidity results in stronger storms.

Humidity does not affect storm strength.

Only extreme humidity affects storm strength.

Which combination is most likely to result in the formation of large storms?

High humidity and high air temperature.

Low humidity and low air temperature.

High humidity and low air temperature.

Low humidity and high air temperature.

Why are storms less likely to form with low humidity?

There is less water vapor available for condensation.

There is more thermal energy available for convection.

Low humidity increases air stability.

It increases the difference between near-ground and atmospheric temperatures.

What is the significance of water vapor in the storm formation process?

It provides the moisture necessary for cloud formation and precipitation.

It acts as a cooling agent to reduce storm strength.

It prevents convection cells from forming.

It absorbs thermal energy, preventing storms.

What causes an object to weigh more on a scale?

The amount of air surrounding the object.

How does wind affect matter in its path?

It exerts a force on the matter.

It increases the matter's mass.

What happens when the force of an updraft is equal to the force of gravity on an object?

The object remains suspended or floating in the air.

The object begins to move sideways.

The object falls to the ground.

The object dissolves into the air.

What will happen to an object suspended in the air if the upward force decreases?

It will remain floating at the same height.

How can a barometer be used in weather prediction?

By detecting changes in the density of the air.

By measuring the temperature of the air.

By observing the color of the sky.

By measuring the speed of the wind.

What causes an object to weigh more on a scale?

The amount of air surrounding the object.

How does wind affect matter in its path?

It exerts a force on the matter.

It increases the matter's mass.

What happens when the force of an updraft is equal to the force of gravity on an object?

The object remains suspended or floating in the air.

The object begins to move sideways.

The object falls to the ground.

The object dissolves into the air.

What will happen to an object suspended in the air if the upward force decreases?

It will remain floating at the same height.

How can a barometer be used in weather prediction?

By detecting changes in the density of the air.

By measuring the temperature of the air.

By observing the color of the sky.

By measuring the speed of the wind.

Water Cycle Quiz

Authored by Jodi Minkler

Science

8th Grade

NGSS covered

Used 2+ times

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100 questions

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MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What is the process called when individual water molecules on the surface of a liquid gain enough motion energy (kinetic energy) to become a gas?

Condensation

Sublimation

Evaporation

Precipitation

Tags

NGSS.MS-ESS2-4

NGSS.MS-PS1-4

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What happens to water molecules when they gain enough kinetic energy?

They freeze into ice.

They leave the liquid to become a gas.

They sink to the bottom of the liquid.

They attract more water molecules.

Tags

NGSS.MS-PS1-4

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What is the primary source of energy that causes water molecules in Earth's surface to heat up and move faster?

The Moon

Wind

The Sun

Geothermal heat

Tags

NGSS.MS-ESS2-4

NGSS.MS-PS1-4

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Which of the following surfaces can contribute to increasing the air's humidity through the process of evaporation?

A dry rock

A sandy desert with no visible water

A lake

A metal roof under the sun

Tags

NGSS.MS-ESS2-4

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

How does evaporation affect the air's humidity?

It decreases humidity because water leaves the air.

It increases humidity because water enters the air as a gas.

It has no effect on humidity.

It initially increases and then decreases humidity.

Tags

NGSS.MS-ESS2-4

NGSS.MS-ESS2-1

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What is the process called when individual water molecules on the surface of a liquid gain enough motion energy (kinetic energy) to become a gas?

Condensation

Sublimation

Evaporation

Precipitation

Tags

NGSS.MS-ESS2-4

NGSS.MS-PS1-4

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What happens to water molecules when they gain enough kinetic energy?

They freeze into ice.

They leave the liquid to become a gas.

They sink to the bottom of the liquid.

They attract more water molecules.

Tags

NGSS.MS-PS1-4

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