Weather Pattern Practice Sheet
Weather Pattern Practice Sheet
Grade 5 Science • NC Standard 5.E.1
Name: ___________________________
Date: ____________________________
Part 1: The Water Cycle
ENERGY SOURCE
A
B
C
D
The water cycle is a continuous movement of water on, above, and below the surface of the Earth. It is driven by the Sun's energy and gravity.
Key Drivers:
- The Sun: Provides thermal energy for evaporation.
- Gravity: Pulls water down as precipitation and runoff.
1. Look at the diagram above. Which label represents the process of precipitation, where gravity pulls condensed water droplets back to Earth?
Label A
Label B
Label C
Label D
Part 2: Weather Maps & Prediction
Satellite View: Friday Morning
Southeastern U.S. Regional Map
H FAIR WEATHER
COLD FRONT (SOUTHBOUND)
Raleigh, NC
2. Based on the symbols on the map, what is the most likely change in Raleigh's weather over the next 24 hours as the front passes through?
Skies will clear, temperatures will rise, and winds will calm down.
Temperatures will drop quickly, potentially bringing heavy rain or storms.
The weather will stay exactly the same for at least three more days.
Air pressure will rise and humidity will increase to record levels.
TABLE 1: Comparative Temperature Observations Data collected May 12-14
| Location Type | Day 1 High | Day 2 High | Day 3 High |
|---|
| Coastal City (Wilmington) | 72°F | 74°F | 73°F |
| Inland City (Asheville) | 65°F | 82°F | 58°F |
3. According to Table 1, which statement best describes the pattern of temperature changes in these two cities?
The ocean water causes coastal temperatures to stay more stable and consistent.
Inland cities always have higher temperatures than cities located near the coast.
Both cities show identical temperature patterns because they are in the same state.
The sun only provides energy to the inland city, making its temperature fluctuate.
Part 3: Clouds, Wind, and Seasons
4. A student observes low-level, gray clouds that cover the entire sky like a solid blanket. These are stratus clouds. Which type of weather is most likely occurring?
A violent thunderstorm with heavy lightning.
A steady, light rain or a very overcast, gray day.
Perfectly clear skies with intense solar energy.
A tornado forming from high-altitude winds.
Stratus Pattern
5. In July, North Carolina experiences much higher temperatures than in January. What is the primary cause for this seasonal pattern?
Earth orbits significantly closer to the sun during the summer.
The sun burns hotter in July than it does in December or January.
The Northern Hemisphere is tilted toward the sun, receiving direct light.
There are more clouds in the winter which block the sun's gravity.
FIELD STATION DATA: AFTERNOON REPORT
Wind Speed
Increasing (32 mph)
Air Pressure
Dropping Fast
6. A meteorologist looks at the increasing wind speed and the rapidly dropping air pressure on her instruments. What is the most scientific prediction for the upcoming weather?
A low-pressure system is approaching, likely bringing stormy weather.
A high-pressure system is arriving, meaning clear and sunny skies.
The wind will stop blowing as soon as the sun goes down this evening.
The air pressure will only drop if the temperature begins to rise.
Weather Pattern Answer Key
Answer Key
Weather Pattern Practice Sheet • Grade 5 Science
TEACHER RESOURCE
| Question | Answer | Explanation & Standard Alignment |
|---|
| 1 | C | |
| Standard: 5.E.1.3 (Water Cycle) | | |
Label C represents precipitation. Gravity is the primary force that pulls water (rain, snow, sleet) from clouds back to the Earth's surface. |
| 2 | B |
Standard: 5.E.1.2 (Weather Maps)
Cold fronts typically bring a sudden drop in temperature and are often accompanied by brief, heavy precipitation or thunderstorms as the cold air mass pushes the warm air up rapidly. |
| 3 | B |
Standard: 5.E.1.1 (Weather Patterns)
The data shows the Coastal City had only a 2-degree variation, while the Inland City varied by 24 degrees. Oceans act as a heat sink, regulating temperature and keeping coastal climates more stable. |
| 4 | B |
Standard: 5.E.1.2 (Cloud Types)
Stratus clouds are low-level, uniform gray clouds that cover the sky like a blanket. They are associated with overcast days and light, steady drizzle rather than intense storms. |
| 5 | C |
Standard: 5.E.1.1 (Seasons/Tilt)
Seasonal changes are caused by the tilt of Earth on its axis. In the summer, the Northern Hemisphere tilts toward the sun, resulting in more direct sunlight and longer days. |
| 6 | C |
Standard: 5.E.1.2 (Weather Prediction)
Increasing wind speeds and dropping air pressure (low pressure) are classic indicators of an approaching storm system. High pressure usually brings fair, clear weather. |
Scoring Guide
6 / 6
Mastery
Student demonstrates complete understanding of 5.E.1.
4-5 / 6
Developing
Student may need review on specific cloud types or front patterns.
0-3 / 6
Needs Support
Recommend intervention on the relationship between Sun, Gravity, and Weather.
Instructional Insights
- Misconception Alert: Students often think Earth is closer to the sun in summer. Emphasize that tilt and directness of light are the causes, not distance.
- Visual Aid: Use the provided weather map to practice "reading" the front symbols. Remind students the "triangles" on a cold front point in the direction the front is moving.
- Data Analysis: Question 3 highlights the concept of "Heat Capacity." Water heats and cools more slowly than land.
