**Text Transcription with Explanation for Educational Context****Part A**- **Question 1:** What type of pressure system is over 1?- **Question 2:** What type of pressure system is over 2?- **Question 3:** What type of front is being pointed out at 3?**Part B**- **Question 4:** What type of front is being pointed out at 4?- **Contextual Analysis:** Virginia is located where the yellow smiley face is. Consider the following question: Do you think that the temperature will go up, down, or stay about the same over the next few days?**Graph/Diagram Explanation**- The image seems to involve a weather map showing pressure systems and fronts. Specific numbers (1, 2, 3, and 4) likely indicate different areas on this map. Pressure systems could be high or low, affecting weather patterns like temperature and precipitation. The type of fronts (warm, cold, stationary, or occluded) influence the upcoming weather in specified regions like Virginia.Understanding these elements aids in predicting weather changes, such as temperature fluctuations, in designated locations. The image is a satellite weather map of the United States featuring cloud coverage and notable weather patterns. It includes the following labeled sections:1. **Area 1**: This region encompasses the central United States. The area is largely clear, suggesting stable weather conditions.2. **Area 2**: Located in the Southeast, this region appears to have light cloud coverage, indicating potential for mild weather or scattered showers.3. **Area 3**: This section is in the Southwest, marked by dense cloud cover and a red arrow pointing northward, which could indicate movement of a weather front, possibly a storm system or rain moving in that direction.4. **Area 4**: Off the East Coast, a red arrow points eastward from the mainland towards the Atlantic Ocean, suggesting the movement of weather systems away from the coast.Additionally, a yellow smiley face is positioned near the East Coast, possibly highlighting a particular weather pattern or area of interest.The map provides a visual representation of weather conditions across the United States, highlighting clear, cloudy, and potentially stormy areas.

Answered: Part A What type of pressure system is…

Applications and Investigations in Earth Science (9th Edition)

9th Edition

ISBN:9780134746241

Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa

Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa

Chapter1: The Study Of Minerals

Section: Chapter Questions

Problem 1LR

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The image is a satellite weather map of the United States featuring cloud coverage and notable weather patterns. It includes the following labeled sections:

1. **Area 1**: This region encompasses the central United States. The area is largely clear, suggesting stable weather conditions.

2. **Area 2**: Located in the Southeast, this region appears to have light cloud coverage, indicating potential for mild weather or scattered showers.

3. **Area 3**: This section is in the Southwest, marked by dense cloud cover and a red arrow pointing northward, which could indicate movement of a weather front, possibly a storm system or rain moving in that direction.

4. **Area 4**: Off the East Coast, a red arrow points eastward from the mainland towards the Atlantic Ocean, suggesting the movement of weather systems away from the coast.

Additionally, a yellow smiley face is positioned near the East Coast, possibly highlighting a particular weather pattern or area of interest.

The map provides a visual representation of weather conditions across the United States, highlighting clear, cloudy, and potentially stormy areas.

Expert Solution

Step 1: Introduction

We have generally tow kinds of air pressure produced.

The high pressure zone and the low pressure zone. In a high pressure zone the strong wind moves outward to the center of the high pressure zone.

In the low pressure zone the strong wind moves outward from the center of the low pressure zone. Earth's surface is heated by the heat of the surrounding air. The surrounding is air heated and the air expands and moves up.

Moist and warm air rises and cools down to form clouds. This causes much cloud cover above a low pressure zone.

Cold and dry air descends to the surface in the high pressure zone. We don't have any clouds above a high pressure zone.

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