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2) A pipe contains water at a gauge pressure of 10 atm. The pipe material can handle 1N of pressure on any square millimeter of area inside the pipe. a) Will the martial be able to hold the pressure? b) If not by how much would the pressure need to be lowed? c) A leak develops in the wall of the pipe. Use the Bernouli equation and calculate the speed of the water emerging through the leak.(Use 10 form pressure)

2) A pipe contains water at a gauge pressure of 10 atm. The pipe material can handle 1N of pressure on any square millimeter of area inside the pipe. a) Will the martial be able to hold the pressure? b) If not by how much would the pressure need to be lowed? c) A leak develops in the wall of the pipe. Use the Bernouli equation and calculate the speed of the water emerging through the leak.(Use 10 form pressure)

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2) A pipe contains water at a gauge pressure of 10 atm. The pipe material can handle 1N of pressure on any square millimeter of area inside the pipe. a) Will the martial be able to hold the pressure? b) If not by how much would the pressure need to be lowed? c) A leak develops in the wall of the pipe. Use the Bernouli equation and calculate the speed of the water emerging through the leak.(Use 10 form pressure)
Transcribed Image Text:2) A pipe contains water at a gauge pressure of 10 atm. The pipe material can handle 1N of pressure on any square millimeter of area inside the pipe. a) Will the martial be able to hold the pressure? b) If not by how much would the pressure need to be lowed? c) A leak develops in the wall of the pipe. Use the Bernouli equation and calculate the speed of the water emerging through the leak.(Use 10 form pressure)
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