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Problem 2: Aircraft Pressure Now consider the door to the A330. Assume the door is 3.0 ft wide and 6.0 ft tall, measured from the top edge straight down to the bottom edge. Its radius of 6.0 ft matches the aircraft body. The airline pressurizes the cabin to ICAO standard pressure at 5,000 ft. The aircraft cruises at an elevation of 40,000 ft. Hint, see Canvas, Week 1, Fluid Property Tables. Part A What is the magnitude of the resultant horizontal hydrostatic force on the door? [lb] Part B What is the location of the resultant hydrostatic force on the door?

Problem 2: Aircraft Pressure Now consider the door to the A330. Assume the door is 3.0 ft wide and 6.0 ft tall, measured from the top edge straight down to the bottom edge. Its radius of 6.0 ft matches the aircraft body. The airline pressurizes the cabin to ICAO standard pressure at 5,000 ft. The aircraft cruises at an elevation of 40,000 ft. Hint, see Canvas, Week 1, Fluid Property Tables. Part A What is the magnitude of the resultant horizontal hydrostatic force on the door? [lb] Part B What is the location of the resultant hydrostatic force on the door?

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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Problem 2: Aircraft Pressure Now consider the door to the A330. Assume the door is 3.0 ft wide and 6.0 ft tall, measured from the top edge straight down to the bottom edge. Its radius of 6.0 ft matches the aircraft body. The airline pressurizes the cabin to ICAO standard pressure at 5,000 ft. The aircraft cruises at an elevation of 40,000 ft. Hint, see Canvas, Week 1, Fluid Property Tables. Part A What is the magnitude of the resultant horizontal hydrostatic force on the door? [lb] Part B What is the location of the resultant hydrostatic force on the door? EXIT FORWARD
Transcribed Image Text:Problem 2: Aircraft Pressure Now consider the door to the A330. Assume the door is 3.0 ft wide and 6.0 ft tall, measured from the top edge straight down to the bottom edge. Its radius of 6.0 ft matches the aircraft body. The airline pressurizes the cabin to ICAO standard pressure at 5,000 ft. The aircraft cruises at an elevation of 40,000 ft. Hint, see Canvas, Week 1, Fluid Property Tables. Part A What is the magnitude of the resultant horizontal hydrostatic force on the door? [lb] Part B What is the location of the resultant hydrostatic force on the door? EXIT FORWARD
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