In the figure shown, with 35 liters/sec of sea water (w = 12.68 kN/m) flowing from 1 to 2, the pressure at 1 is 130 kPa and at 2 is – 25 kPa. Point 2 is 6 m higher than point 1. Compute the energy lost in between 1 and 2

In the figure shown, with 35 liters/sec of sea water (w = 12.68 kN/m) flowing from 1 to 2, the pressure at 1 is 130 kPa and at 2 is – 25 kPa. Point 2 is 6 m higher than point 1. Compute the energy lost in between 1 and 2

Materials Science And Engineering Properties

1st Edition

ISBN:9781111988609

Author:Charles Gilmore

Publisher:Charles Gilmore

Chapter4: Temperature Effects On Atom Arrangements And Atom Motion

Section: Chapter Questions

Problem 15CQ

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Problem 4. In the figure shown, with 35 liters/sec of sea water (w = 12.68 kN/m) flowing from 1 to 2, the pressure at 1 is 130 kPa and at 2 is – 25 kPa. Point 2 is 6 m higher than point 1. Compute the energy lost in between 1 and 2 if and . ANSWERS MUST BE IN 3 DECIMAL PLACES.

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