Free sample activity · Grades 6–8
Water Cycle Practice
This middle-school science activity revisits water-cycle vocabulary through everyday observations. Use it after instruction, as a lesson starter, or as independent review. It assumes learners have already encountered the main water-cycle processes.
6 questions · No account · No timer · Immediate feedback
Before you begin
How to use this activity
Allow about five minutes. Before starting, sketch a body of water, a cloud, land, and the ground beneath it. As each process appears, add a labeled arrow to your diagram. Water can follow many paths rather than one fixed sequence.
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Put it into practice
Choose an answer, read the explanation, then move to the next question. Your answers stay in this page and are not saved.
A puddle becomes smaller on a sunny day even though no water flows away. Which process explains the change?
During evaporation, liquid water changes to water vapor and enters the air. Energy transferred from the surroundings, including sunlight warming the surface, supports this change.
Tiny droplets form on the outside of a cold glass. Where did that water come from?
Water vapor in the air cools near the glass and condenses into liquid droplets on its outside. The water did not pass through the glass.
Which example is precipitation?
Precipitation is water falling from clouds to the surface, including rain, snow, sleet, and hail. Water soaking into soil is infiltration; water vapor released by plants is transpiration.
After a storm, water flows over a paved playground into a nearby stream. What is this movement called?
Runoff is water moving across the land surface. Paved surfaces limit infiltration, so more water can flow over the surface toward streams or drains.
Rain soaks into soil and moves downward. Which statement is accurate?
Infiltration is water entering the ground. Some water remains in the soil, some is taken up by plants, and some moves deeper to replenish groundwater in pores and cracks.
Which pair helps drive the water cycle?
Solar energy supports evaporation and other processes. Gravity pulls precipitation downward and helps move water over the surface and through the ground.
Practice complete
Draw two different paths a drop of water could take through the cycle. Label the processes and explain where water changes state. Revisit any terms you confused during the activity.
Review every answer and explanation below, or try the activity again.
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Keep the reasoning
All questions, answers & explanations
Use this review before or after practice. You can read and print it without JavaScript.
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Evaporation
A puddle becomes smaller on a sunny day even though no water flows away. Which process explains the change?
Answer: Evaporation
During evaporation, liquid water changes to water vapor and enters the air. Energy transferred from the surroundings, including sunlight warming the surface, supports this change.
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Condensation
Tiny droplets form on the outside of a cold glass. Where did that water come from?
Answer: Water vapor in the surrounding air
Water vapor in the air cools near the glass and condenses into liquid droplets on its outside. The water did not pass through the glass.
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Precipitation
Which example is precipitation?
Answer: Snow falling from a cloud
Precipitation is water falling from clouds to the surface, including rain, snow, sleet, and hail. Water soaking into soil is infiltration; water vapor released by plants is transpiration.
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Runoff
After a storm, water flows over a paved playground into a nearby stream. What is this movement called?
Answer: Runoff
Runoff is water moving across the land surface. Paved surfaces limit infiltration, so more water can flow over the surface toward streams or drains.
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Infiltration
Rain soaks into soil and moves downward. Which statement is accurate?
Answer: Some may reach groundwater stored in pores and cracks.
Infiltration is water entering the ground. Some water remains in the soil, some is taken up by plants, and some moves deeper to replenish groundwater in pores and cracks.
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Energy and motion
Which pair helps drive the water cycle?
Answer: Energy from the Sun and gravity
Solar energy supports evaporation and other processes. Gravity pulls precipitation downward and helps move water over the surface and through the ground.
Take it one step further
Draw two different paths a drop of water could take through the cycle. Label the processes and explain where water changes state. Revisit any terms you confused during the activity.
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Six questions, explanations, and an interactive knowledge check. No account needed.