A tank of length 5.9 m and breadth 3.8 m is filled to a depth 2.6 m with a fluid of density 730 kg/m³; above the fluid is an inert gas at an absolute pressure of 123.1 kPa. A 50 mm diameter offtake pipe is fitted to the bottom of the tank. A branch pipe, of 25mm diameter, is connected to the offtake pipe 0.68 m below the bottom of the tank. This branch pipe runs horizontally for a short distance, then rises at 41° to the horizontal for a (hypotenuse) length of 95.9 cm, then rises vertically for 690 mm. Calculate the static pressure (absolute) at the end of the 25mm branch pipe, in kPa to 4 significant figures. Enter your answer here: Number

A tank of length 5.9 m and breadth 3.8 m is filled to a depth 2.6 m with a fluid of density 730 kg/m³; above the fluid is an inert gas at an absolute pressure of 123.1 kPa. A 50 mm diameter offtake pipe is fitted to the bottom of the tank. A branch pipe, of 25mm diameter, is connected to the offtake pipe 0.68 m below the bottom of the tank. This branch pipe runs horizontally for a short distance, then rises at 41° to the horizontal for a (hypotenuse) length of 95.9 cm, then rises vertically for 690 mm. Calculate the static pressure (absolute) at the end of the 25mm branch pipe, in kPa to 4 significant figures. Enter your answer here: Number

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Description: please only type answer A tank of length 5.9 m and breadth 3.8 m is filled to a depth 2.6 m with a fluid of density 730 kg/m³; above the fluid is an inert gas at an absolute pressure of123.1 kPa. A 50 mm diameter offtake pipe is fitted to the bottom

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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