health

Question 1
Given an air temperature of 14 degrees Celsius and a wet-bulb temperature of 10 degrees Celsius, what is the wet-bulb depression?
Question 2
Given an air temperature of 14 degrees Celsius and a wet-bulb temperature of 10 degrees Celsius, what is the dew point temperature?
Question 3
Given an air temperature of 14 degrees Celsius and a wet-bulb temperature of 10 degrees Celsius, what is the relative humidity?
Question 4
Given an air temperature of 6 degrees Celsius and a wet-bulb temperature of 2 degrees Celsius, what is the wet-bulb depression?
Question 5
Given an air temperature of 6 degrees Celsius and a wet-bulb temperature of 2 degrees Celsius, what is the dew point temperature?
Question 6
Given an air temperature of 6 degrees Celsius and a wet-bulb temperature of 2 degrees Celsius, what is the relative humidity?
Question 7
Given an air temperature of 18 degrees Celsius and a wet-bulb temperature of 13 degrees Celsius, what is the wet-bulb depression?
Question 8
Given an air temperature of 18 degrees Celsius and a wet-bulb temperature of 13 degrees Celsius, what is the dew point temperature?

Question 9
Given an air temperature of 18 degrees Celsius and a wet-bulb temperature of 13 degrees Celsius, what is the relative humidity?
Question 10
Given an air temperature of 4 degrees Celsius and a wet-bulb temperature of -1 degrees Celsius, what is the wet-bulb depression?
Question 11
Given an air temperature of 4 degrees Celsius and a wet-bulb temperature of -1 degrees Celsius, what is the dew point temperature?
Question 12
Given an air temperature of 4 degrees Celsius and a wet-bulb temperature of -1 degrees Celsius, what is the relative humidity?
Question 13
Given an air temperature of 12 degrees Celsius and a wet-bulb temperature of 11 degrees Celsius, what is the wet-bulb depression?
Question 14
Given an air temperature of 12 degrees Celsius and a wet-bulb temperature of 11 degrees Celsius, what is the dew point temperature?
Question 15
Given an air temperature of 12 degrees Celsius and a wet-bulb temperature of 11 degrees Celsius, what is the relative humidity?
Question 16
Given an air temperature of 0 degrees Celsius and a wet-bulb temperature of -1 degrees Celsius, what is the wet-bulb depression?

Question 17
Given an air temperature of degrees 0 Celsius and a wet-bulb temperature of -1 degrees Celsius, what is the dew point temperature?
Question 18
Given an air temperature of 0 degrees Celsius and a wet-bulb temperature of -1 degrees Celsius, what is the relative humidity?
Question 19
Write a paragraph below and compare changes in relative humidity as temperature increases. How does a change in relative humidity with no change in water vapor between 6 AM to 6 PM on a typical day result, for example, for a mid-latitude location in the United States during the warm months?
Answer
Question 20
What is the location nearest to you and the second location you chose for this Part II section?
Answer
Question 21
Provide latitude and longitude coordinates for both locations in Part II section?
Answer
Question 22
What were the temperatures, relative humidity, and dewpoint temperatures for all three days for both locations in Part II section?
Answer
Question 23
Compare and contrast the temperatures, relative humidity, and dew point temperatures between these two locations? If there was not a great difference, that is okay because once we cover weather analysis, air masses, and climate, it will become apparent.
Answer

Question 24
Using the diagram in your lab, calculate the temperature of air at each letter using a starting temperature of 25ºC on the windward side at 100 meters (m) elevation. What was the temperature at point A?
Question 25
Using the diagram in your lab, calculate the temperature of air at each letter using a starting temperature of 25ºC on the windward side at 100 meters (m) elevation. What was the temperature at point B?
Question 26
Using the diagram in your lab, calculate the temperature of air at each letter using a starting temperature of 25ºC on the windward side at 100 meters (m) elevation. What was the temperature at point C?
Question 27
Using the diagram in your lab, calculate the temperature of air at each letter using a starting temperature of 25ºC on the windward side at 100 meters (m) elevation. What was the temperature at point D?
Question 28
Using the diagram in your lab, calculate the temperature of air at each letter using a starting temperature of 25ºC on the windward side at 100 meters (m) elevation. What was the temperature at point E?
Question 29
Using your responses from Questions 24 through 28, at what elevation did condensation begin to occur?
Answer
Question 30
Referring to questions and your responses to questions 24 through 28, what was the difference in the temperature at 100 m elevation on the windward and leeward side? Why is there a difference?
Answer

Question 31

What would you expect the landscape on the leeward side of the mountain to look like given your calculations, taking into account the relationship between temperature and atmospheric moisture?
Answer
Question 32
In relation to questions 24 through 31, give a geographic example of where this phenomenon, with uplift and condensation occurring on the windward side of a mountain and increasing temperature on the leeward side, occurs.
Answer

TO GET YOUR ASSIGNMENTS DONE AT A CHEAPER PRICE,PLACE YOUR ORDER WITH US NOW