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Determine Reynolds number and flow regime for the following flow/process profile, Re 1488* (v*d*p)/ μ Velocity = 0.1 ft/sec Pipe diameter = 0.2 ft Density = 62.4 lb/ft3 Viscosity = 2.0 cp | Re= 1160.64 (Laminar flow region) |Re- 11160.2 (Laminar flow region) Re- 1160.64 (Turbulent flow region) other

Determine Reynolds number and flow regime for the following flow/process profile, Re 1488* (v*d*p)/ μ Velocity = 0.1 ft/sec Pipe diameter = 0.2 ft Density = 62.4 lb/ft3 Viscosity = 2.0 cp | Re= 1160.64 (Laminar flow region) |Re- 11160.2 (Laminar flow region) Re- 1160.64 (Turbulent flow region) other

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Please solve correctly, Show unit conversion (I don't know why there is conversion factor 1488 in the numerator)
Determine Reynolds number and flow regime for the following flow/process profile, Re 1488*(v*d*p)/ μ Velocity = 0.1 ft/sec Pipe diameter = 0.2 ft Density = 62.4 lb/ft3 Viscosity = 2.0 cp | Re= 1160.64 (Laminar flow region) | Re- 11160.2 (Laminar flow region) Re- 1160.64 (Turbulent flow region) other
Transcribed Image Text:Determine Reynolds number and flow regime for the following flow/process profile, Re 1488*(v*d*p)/ μ Velocity = 0.1 ft/sec Pipe diameter = 0.2 ft Density = 62.4 lb/ft3 Viscosity = 2.0 cp | Re= 1160.64 (Laminar flow region) | Re- 11160.2 (Laminar flow region) Re- 1160.64 (Turbulent flow region) other
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