1. Complete the tables below with your measurements and determinations of the humidity variables inside and outside of the Engineering Building. In the first blank column of the table (titled Individual Measurement) fill in the boxes for the temperature and wet-bulb temperature. Average values of the temperature and wet-bulb temperature for all the measurements taken by everyone in the class will be used to complete the last column of the table (titled Average Measurement). Use the temperature and wet-bulb temperature values and the average values of these temperatures in the last column, to determine the remaining humidity variables, using the psychrometric chart. Inside the Engineering Building Humidity Variable Average Measurement of Group Individual Measurement T (°C) (measured) Tw (°C) (measured) Ta (°C) Vapor Pressure: e (mb) Dew-point Depression (°C) Relative Humidity (%) Outside the Engineering Building Average Measurement of Group Humidity Variable Individual Measurement T (°C) (measured) Tw (°C) (measured) Ta (°C) Vapor Pressure: e (mb) Dew-point Depression (°C) Relative Humidity (%)
1. Complete the tables below with your measurements and determinations of the humidity variables inside and outside of the Engineering Building. In the first blank column of the table (titled Individual Measurement) fill in the boxes for the temperature and wet-bulb temperature. Average values of the temperature and wet-bulb temperature for all the measurements taken by everyone in the class will be used to complete the last column of the table (titled Average Measurement). Use the temperature and wet-bulb temperature values and the average values of these temperatures in the last column, to determine the remaining humidity variables, using the psychrometric chart. Inside the Engineering Building Humidity Variable Average Measurement of Group Individual Measurement T (°C) (measured) Tw (°C) (measured) Ta (°C) Vapor Pressure: e (mb) Dew-point Depression (°C) Relative Humidity (%) Outside the Engineering Building Average Measurement of Group Humidity Variable Individual Measurement T (°C) (measured) Tw (°C) (measured) Ta (°C) Vapor Pressure: e (mb) Dew-point Depression (°C) Relative Humidity (%)
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
![1. Complete the tables below with your measurements and determinations of the humidity variables inside and
outside of the Engineering Building. In the first blank column of the table (titled Individual Measurement) fill in the
boxes for the temperature and wet-bulb temperature. Average values of the temperature and wet-bulb temperature
for all the measurements taken by everyone in the class will be used to complete the last column of the table (titled
Average Measurement). Use the temperature and wet-bulb temperature values and the average values of these
temperatures in the last column, to determine the remaining humidity variables, using the psychrometric chart.
Inside the Engineering Building
Humidity Variable
Individual Measurement
Average Measurement of
Group
T (°C) (measured)
Tw (°C) (measured)
Ta (°C)
Vapor Pressure: e (mb)
Dew-point Depression (°C)
Relative Humidity (%)
Outside the Engineering Building
Humidity Variable
Average Measurement of
Group
Individual Measurement
T (°C) (measured)
Tw (°C) (measured)
|Ta (°C)
Vapor Pressure: e (mb)
Dew-point Depression (°C)
Relative Humidity (%)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1477ed6e-40f5-4901-b3fd-7665ee74e627%2Fc7a147a0-17af-4108-a051-ebf7340909d7%2Fwvga5t4_processed.png&w=3840&q=75)
Transcribed Image Text:1. Complete the tables below with your measurements and determinations of the humidity variables inside and
outside of the Engineering Building. In the first blank column of the table (titled Individual Measurement) fill in the
boxes for the temperature and wet-bulb temperature. Average values of the temperature and wet-bulb temperature
for all the measurements taken by everyone in the class will be used to complete the last column of the table (titled
Average Measurement). Use the temperature and wet-bulb temperature values and the average values of these
temperatures in the last column, to determine the remaining humidity variables, using the psychrometric chart.
Inside the Engineering Building
Humidity Variable
Individual Measurement
Average Measurement of
Group
T (°C) (measured)
Tw (°C) (measured)
Ta (°C)
Vapor Pressure: e (mb)
Dew-point Depression (°C)
Relative Humidity (%)
Outside the Engineering Building
Humidity Variable
Average Measurement of
Group
Individual Measurement
T (°C) (measured)
Tw (°C) (measured)
|Ta (°C)
Vapor Pressure: e (mb)
Dew-point Depression (°C)
Relative Humidity (%)
![Outside the building:
Dry-bulb temp = 30°C or 86°F
Wet-bulb temp = 18°C or 84°F
Inside the building:
Dry-bulb temp = 21°C or 70°F
Wet-bulb temp = 16°C or 61°F
Note: Dew-point depression is T- Td](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1477ed6e-40f5-4901-b3fd-7665ee74e627%2Fc7a147a0-17af-4108-a051-ebf7340909d7%2Fxbs2o8_processed.png&w=3840&q=75)
Transcribed Image Text:Outside the building:
Dry-bulb temp = 30°C or 86°F
Wet-bulb temp = 18°C or 84°F
Inside the building:
Dry-bulb temp = 21°C or 70°F
Wet-bulb temp = 16°C or 61°F
Note: Dew-point depression is T- Td
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