Kerosene is supplied from the lower vessel into the upper vessel. d=40 mm, l=2 m, H=0,8m, h=0,2 m, temperature is =20°C, flow rate is Q=1 1/s, Gm=8, A=0,2 mm. Determine static pressure in the lower vessel p. Take into account the all energy losses/

Kerosene is supplied from the lower vessel into the upper vessel. d=40 mm, l=2 m, H=0,8m, h=0,2 m, temperature is =20°C, flow rate is Q=1 1/s, Gm=8, A=0,2 mm. Determine static pressure in the lower vessel p. Take into account the all energy losses/

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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Question

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3. Problem: Kerosene is supplied from the lower vessel into the upper
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vessel. d=40 mm, l=2 m, H=0,8m, h=0,2 m, temperature is
=20°C, flow rate is Q=1 l's, Gre=8, A=0,2 mm. Determine
static pressure in the lower vessel po. Take into account the all
energy losses/
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