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A gas is under pressure of 40 bar abs at 40°C. a. Compute the pressure in kPa b. Compute the gage pressure in mmHg c. Compute the gas constant R if the gas has a unit weight of 362 – N

A gas is under pressure of 40 bar abs at 40°C. a. Compute the pressure in kPa b. Compute the gage pressure in mmHg c. Compute the gas constant R if the gas has a unit weight of 362 – N

Elements Of Electromagnetics
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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General Direction: Read and analyze the following questions and answer them very carefully. Show your complete (show unit cancellation) and step-by-step solution and box your final answer. Use three decimal places. 1. If 200 ft of oil weighs 45,800 N, Calculate the following. kN a. Specific Weight in - b. Density in bm c. Relative Density. 2. A gas having a volume of 12 gal has a pressure of 0.24 MPa at 24°C. If the gas constant R is equal to 212 ,compute the following. kg a. Density of the gas in · b. Mass of the gas in slugs. c. Weight of the gas in Ibf. 3. A gas is under pressure of 40 bar abs at 40°C. a. Compute the pressure in kPa b. Compute the gage pressure in mmHg N c. Compute the gas constant R if the gas has a unit weight of 362- m3
Transcribed Image Text:General Direction: Read and analyze the following questions and answer them very carefully. Show your complete (show unit cancellation) and step-by-step solution and box your final answer. Use three decimal places. 1. If 200 ft of oil weighs 45,800 N, Calculate the following. kN a. Specific Weight in - b. Density in bm c. Relative Density. 2. A gas having a volume of 12 gal has a pressure of 0.24 MPa at 24°C. If the gas constant R is equal to 212 ,compute the following. kg a. Density of the gas in · b. Mass of the gas in slugs. c. Weight of the gas in Ibf. 3. A gas is under pressure of 40 bar abs at 40°C. a. Compute the pressure in kPa b. Compute the gage pressure in mmHg N c. Compute the gas constant R if the gas has a unit weight of 362- m3
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