The oil whose temperature is constant at 20 ° C (ρ = 886 kg / m3, μ = 0.805 kg / m / s) flows continuously and fully developed from a length of 40 m of a pipe with a diameter of 5 cm. The pressure at the inlet of this 40 m length was measured as 720 kPa and the pressure at the outlet as 101 kPa. Flow is laminar. Volumetric flow rates, average velocities, Reynolds numbers and Darcy friction factors a) The pipe is horizontal b) The pipe makes 20 ° counterclockwise with the horizontal. c) The pipe makes 15 ° clockwise with the horizontal. Calculate for situations.
The oil whose temperature is constant at 20 ° C (ρ = 886 kg / m3, μ = 0.805 kg / m / s) flows continuously and fully developed from a length of 40 m of a pipe with a diameter of 5 cm. The pressure at the inlet of this 40 m length was measured as 720 kPa and the pressure at the outlet as 101 kPa. Flow is laminar. Volumetric flow rates, average velocities, Reynolds numbers and Darcy friction factors a) The pipe is horizontal b) The pipe makes 20 ° counterclockwise with the horizontal. c) The pipe makes 15 ° clockwise with the horizontal. Calculate for situations.
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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The oil whose temperature is constant at 20 ° C (ρ = 886 kg / m3, μ = 0.805 kg / m / s) flows continuously and fully developed from a length of 40 m of a pipe with a diameter of 5 cm. The pressure at the inlet of this 40 m length was measured as 720 kPa and the pressure at the outlet as 101 kPa. Flow is laminar. Volumetric flow rates, average velocities, Reynolds numbers and Darcy friction factors
a) The pipe is horizontal
b) The pipe makes 20 ° counterclockwise with the horizontal.
c) The pipe makes 15 ° clockwise with the horizontal.
Calculate for situations.
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