Water Cycle Review

• Beaker #2 could be heated to 32 degrees This would cause evaporation.

• Beaker #3 could be heated until 212 degrees. This would cause evaporation.

• Beaker #1 could be cooled to 32 degrees. This would cause melting.

• Beaker # 3 could be cooled to 78 degrees. This would cause melting.

Tags

NGSS.MS-PS1-4

NGSS.MS-PS3-4

3. A student creates the following diagram and asks classmates to provide feedback. What feedback should the classmates given that would BEST show the water cycle?

• The student should include arrows to show the rotational steps of the process and include the label condensation.

• The student should label condensation where the ocean is and draw arrows from the ocean to the clouds.

• There should not be any additional information that needs to be included in the diagram.

• The student needs to switch the direction of the arrows for evaporation and rain.

Tags

NGSS.MS-ESS2-4

Look closely at the illustration below of the three states of water.  A student wanted to show a diagram of their accurate investigation of the flow of energy in water as it changes state. The same label should be added to all the black arrows and a different label should be added to all the white arrows.

Which would be the best way to label the directions for the investigation.  

• The black arrows should be labeled with the phrase “heat removed” and the white arrows should be labeled with the phrase “heat added.”

• 1. The black arrows should be labeled with the phrase “heat added” and the white arrows should be labeled with the phrase “heat removed.”

• 1. The black arrows should be labeled with the phrase “freezing” and the white arrows should be labeled with the phrase “melting.”

• 1. The black arrows should be labeled with the phrase “condensation” and the white arrows should be labeled with the phrase “evaporation.”

Tags

NGSS.MS-ESS2-4

NGSS.MS-PS1-4

Jasmine filled two cups with equal amounts of water. She put a lid on Cup A and left Cup B without a lid. She then placed them outside on her deck on a warm spring day. She wanted to see what would happen to the water in each cup after several days. 

What will happen to the water in the cups? How is this related to the water cycle?

• 1. The amount of water in Cup A will decrease. The amount of water in Cup B will increase. In the water cycle, water condenses to fill up lakes and rivers.

• 1. The amount of water in both Cup A and Cup B will remain the same. In the water cycle, water evaporates into the air but condenses to form rain and falls back to the earth.

• 1. The amount of water in Cup A will remain the same. The amount of water in Cup B will decrease. The water in Cup B may be completely gone. In the water cycle, water evaporates into the air.

• 1. The amount of water in Cup A will remain the same. The amount of water in Cup B will increase. The water in Cup B may be completely full. In the water cycle, water evaporates into the air.

Tags

NGSS.MS-ESS2-4

Josh drew the picture below to show what he knew about the water cycle. He turned it into his teacher, but she gave it back to him because he did not label it. She told him he needed to label each number.

What label should be on each number and why?

• 1. 1: Condensation forms clouds; 2: Evaporation from a body of water; 3: Precipitation such as rain, sleet, snow or hail; 4: Runoff is water that lands on the ground and moves down the hill to a body of water.

• 1. 1: Evaporation from a body of water; 2: Condensation forms clouds; 3: Precipitation such as rain, sleet, snow or hail; 4: Runoff is water that lands on the ground and moves down the hill to a body of water.

• 1. 1: Precipitation such as rain, sleet, snow or hail; 2:  Condensation forms clouds; 3: Evaporation from a body of water; 4: Runoff is water that lands on the ground and moves down the hill to a body of water.

• 1. 1: Evaporation from a body of water; 2: Precipitation such as rain, sleet, snow or hail; 3: Condensation forms clouds; 4: Runoff is water that lands on the ground and moves down the hill to a body of water.

Tags

NGSS.MS-ESS2-1

NGSS.MS-ESS2-4

You are planning an investigation to show water change from a solid to a liquid. Which of the following experiments would show this?

• Put a cup of water in the freezer.

• Put a cup of water in the microwave.

• Put a cup of ice in the sunlight.

• Put a cup of ice in a cooler.

Tags

NGSS.MS-PS1-4

NGSS.MS-PS3-4

The glaciers are melting most likely because Earth's temperatures are rising. A student wanted to show how heat affects ice. What temperature does it need to be so that the ice doesn't melt?

• 114 degrees Fahrenheit

• 214 degrees Fahrenheit

• 30 degrees Fahrenheit

• 55 degrees Fahrenheit

Tags

NGSS.MS-PS1-4

NGSS.MS-PS3-4

Fourth grade students are planning an investigation to observe the energy in water when there are different temperatures. Which of the following investigations would correctly show going from a liquid to a solid?

• Students can show how energy increases from a liquid to a solid when the students place a cup of water in the freezer.

• Students can show how energy decreases from a liquid to a solid when the students place a cup of water in the freezer.

• Students will show how energy increases from a liquid to a solid when the students place a cup of water in the microwave.

• Students will show how energy decreases from a liquid to a solid when the students place a cup of water in the microwave.

Tags

NGSS.MS-PS1-4

NGSS.MS-PS3-4

Students are boiling water to show how temperature affects water. Which of the following temperatures will students observe steam evaporating from the water.

• 104 degrees Fahrenheit

• 30 degrees Fahrenheit

• 55 degrees Fahrenheit

• 214 degrees Fahrenheit

Tags

NGSS.MS-PS1-4

A student wants to create a model of the water cycle to show what happens to a water droplet that just fell to the ground as snow. What should the student include next in the model and why?

• Nothing will happen because the water droplet reached the end of the water cycle.

• The water droplet will turn into rain because it is precipitation.

• The water droplet will begin to condense and form a new cloud.

• The water droplet will eventually evaporate because that's the next step in the water cycle.

Tags

NGSS.MS-ESS2-1

NGSS.MS-ESS2-4