Problem 2: Compressed Gas Tanks II Consider a compressed gas tank weighing 106 lb, 4.0 ft long, and pressurized to 2200 psig. Assume a = 1 and h/= Prank/2y. What would happen if this tank were knocked over, creating a ½ in hole, at the end of the tank, through which gas flowed perpendicular to the tank's axis? Part A Draw a sketch of this situation. Make it large, as it will be referenced in your calculations. Part B Write Bernoulli's equation for a streamline connecting Point 1, inside the cylinder, to Point 2, just outside the orifice. Label your sketch so that your figure matches your equation. Part C What is the fluid velocity as the gas exits the tank? (equation) Part D What is the resulting force on the tank? [lb]
Problem 2: Compressed Gas Tanks II Consider a compressed gas tank weighing 106 lb, 4.0 ft long, and pressurized to 2200 psig. Assume a = 1 and h/= Prank/2y. What would happen if this tank were knocked over, creating a ½ in hole, at the end of the tank, through which gas flowed perpendicular to the tank's axis? Part A Draw a sketch of this situation. Make it large, as it will be referenced in your calculations. Part B Write Bernoulli's equation for a streamline connecting Point 1, inside the cylinder, to Point 2, just outside the orifice. Label your sketch so that your figure matches your equation. Part C What is the fluid velocity as the gas exits the tank? (equation) Part D What is the resulting force on the tank? [lb]
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: Compressed Gas Tanks II**
Consider a compressed gas tank weighing 106 lb, 4.0 ft long, and pressurized to 2200 psig. Assume \( \alpha = 1 \) and \( h_f = p_{\text{Tank}}/2\gamma \). What would happen if this tank were knocked over, creating a ½ in hole, at the end of the tank, through which gas flowed perpendicular to the tank’s axis?
**Part A**
Draw a sketch of this situation. Make it large, as it will be referenced in your calculations.
**Part B**
Write Bernoulli’s equation for a streamline connecting Point 1, inside the cylinder, to Point 2, just outside the orifice. Label your sketch so that your figure matches your equation.
**Part C**
What is the fluid velocity as the gas exits the tank? (equation)
**Part D**
What is the resulting force on the tank? [lb]
**Part E**
What can you do to prevent accidents like this? (≤25 words)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc837c159-281c-429a-9ec5-8a70fc5b4137%2F655d6a62-2293-4e0b-ae16-860be3c095df%2Fe1zl6cw_processed.png&w=3840&q=75)
Transcribed Image Text:**Problem 2: Compressed Gas Tanks II**
Consider a compressed gas tank weighing 106 lb, 4.0 ft long, and pressurized to 2200 psig. Assume \( \alpha = 1 \) and \( h_f = p_{\text{Tank}}/2\gamma \). What would happen if this tank were knocked over, creating a ½ in hole, at the end of the tank, through which gas flowed perpendicular to the tank’s axis?
**Part A**
Draw a sketch of this situation. Make it large, as it will be referenced in your calculations.
**Part B**
Write Bernoulli’s equation for a streamline connecting Point 1, inside the cylinder, to Point 2, just outside the orifice. Label your sketch so that your figure matches your equation.
**Part C**
What is the fluid velocity as the gas exits the tank? (equation)
**Part D**
What is the resulting force on the tank? [lb]
**Part E**
What can you do to prevent accidents like this? (≤25 words)
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