Question
Which types of data show how air masses moving and interacting cause changes in the weather? Select all that apply. 3 pts. A. Temperature readings over time during the passage of a cold front. B. Soil moisture levels measured before and after rainfall. C. Humidity levels recorded before, during, and after the interaction of a warm and cold air mass. D. Satellite images showing cloud formation and movement associated with different air masses.
Answers
GPT-4o mini
To understand how air masses moving and interacting cause changes in the weather, the following data types are relevant:
A. **Temperature readings over time during the passage of a cold front.** - This shows how temperature changes as different air masses interact.
C. **Humidity levels recorded before, during, and after the interaction of a warm and cold air mass.** - This indicates changes in humidity levels due to the interaction of different air masses.
D. **Satellite images showing cloud formation and movement associated with different air masses.** - This visual data provides information on how air masses influence weather patterns, such as cloud formation and movement.
Therefore, the correct selections are A, C, and D.
B. **Soil moisture levels measured before and after rainfall** is not directly related to the interaction of air masses but rather to the effects of precipitation.
A. **Temperature readings over time during the passage of a cold front.** - This shows how temperature changes as different air masses interact.
C. **Humidity levels recorded before, during, and after the interaction of a warm and cold air mass.** - This indicates changes in humidity levels due to the interaction of different air masses.
D. **Satellite images showing cloud formation and movement associated with different air masses.** - This visual data provides information on how air masses influence weather patterns, such as cloud formation and movement.
Therefore, the correct selections are A, C, and D.
B. **Soil moisture levels measured before and after rainfall** is not directly related to the interaction of air masses but rather to the effects of precipitation.