Monday 1/27 - TES Mid Unit Review

Last updated 14 days ago
9 questions
Water on Earth
1

Which graph accurately shows the amount of salt water versus fresh water on Earth?

1

Explain why you chose that graph.

1

Where is the most freshwater on earth?

1

Where is the least fresh water on earth?

Why does it rain more in West Ferris than East Ferris?


Criteria For Success:
  • Claim: Explain why it rains more on West Ferris (short answer) - Identify the amount of water vapor on West Ferris
  • Evidence: Use evidence from the sim to support your claim. Explain what's happening to the water vapor
  • Reasoning: Explain the 3 parts of the water cycle
  • Evaporation: Explain the phase change, identify the temperature, AND what happens to distance of the molecules
  • Condensation: Explain the phase change, identify the temperature, AND what happens to distance of the molecules
  • Precipitation: Explain what is precipitation and include at least one example.
0

Why does it rain more in West Ferris?

Write a CER paragraph. Use evidence from the sim (or picture):

It rains more on West Ferris because ___________
In the simulation, it shows ________
Evaporation is ________
Condensation is ________
Precipitation ________



Criteria For Success:
  • Explain why less rain forms in East Ferris
  • Identify the amount of water vapor on East Ferris
  • Include the phase change that forms raindrops
0

Why does it rain less in East Ferris?

It rains less on East Ferris because ___________

Molecules
Molecules Model

1

If Example C is cooled, which model would best show how the molecules are moving now?

1

If Example C is cooled, which model would best show how the molecules are moving now?

Evaporation

Criteria For Success:
  • Determine which city is near a body of water
  • Identify the temperature of that city
  • Determine if that city would have the most water moving into the atmosphere.
  • Explain why city would have the most water moving into the atmosphere.
1

In which city would you expect to see the most water moving into the atmosphere (evaporation) during the day? Why?