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4a. How can the relative humidity change throughout the day, even when the dewpoint remains constant? 4b. When, therefore, would you conclude would be the most likely time for dew and/or fog formation? Why? 5. During the winter the dewpoint outside is much lower than the dewpoint during the summer, but the relative humidity is higher during the winter than the summer. Explain how this apparent contradiction is possible.

4a. How can the relative humidity change throughout the day, even when the dewpoint remains constant? 4b. When, therefore, would you conclude would be the most likely time for dew and/or fog formation? Why? 5. During the winter the dewpoint outside is much lower than the dewpoint during the summer, but the relative humidity is higher during the winter than the summer. Explain how this apparent contradiction is possible.

Applications and Investigations in Earth Science (9th Edition)
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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4a. How can the relative humidity change throughout the day, even when the dewpoint remains constant? 4b. When, therefore, would you conclude would be the most likely time for dew and/or fog formation? Why? 5. During the winter the dewpoint outside is much lower than the dewpoint during the summer, but the relative humidity is higher during the winter than the summer. Explain how this apparent contradiction is possible. 6. Based on the information given in problem 5, and the fact that the temperature inside a house is kept approximately constant throughout the year, at what time of year would you expect to find the lowest relative humidity inside? (Assume that the air inside the house has the same amount of water vapor as the air outside the house). Why?
Transcribed Image Text:4a. How can the relative humidity change throughout the day, even when the dewpoint remains constant? 4b. When, therefore, would you conclude would be the most likely time for dew and/or fog formation? Why? 5. During the winter the dewpoint outside is much lower than the dewpoint during the summer, but the relative humidity is higher during the winter than the summer. Explain how this apparent contradiction is possible. 6. Based on the information given in problem 5, and the fact that the temperature inside a house is kept approximately constant throughout the year, at what time of year would you expect to find the lowest relative humidity inside? (Assume that the air inside the house has the same amount of water vapor as the air outside the house). Why?
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