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Q4:- Fully developed laminar flow between parallel plates with no pressure gradient as shown in fig.(3),.Find (a) Expression for velocity profile in a gap,(b) Volume flow rate per unit depth passing cross-section, when V=0.304 m/s, U=0.608 m/s ,a=8.89 mm U 2. L Fig.3

Q4:- Fully developed laminar flow between parallel plates with no pressure gradient as shown in fig.(3),.Find (a) Expression for velocity profile in a gap,(b) Volume flow rate per unit depth passing cross-section, when V=0.304 m/s, U=0.608 m/s ,a=8.89 mm U 2. L Fig.3

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Q4:- Fully developed laminar flow between parallel plates with no pressure gradient as shown in fig.(3),.Find (a) Expression for velocity profile in a gap,(b) Volume flow rate per unit depth passing cross-section, when V=0.304 m/s, U=0.608 m/s ,a=8.89 mm U 2. L Fig.3
Transcribed Image Text:Q4:- Fully developed laminar flow between parallel plates with no pressure gradient as shown in fig.(3),.Find (a) Expression for velocity profile in a gap,(b) Volume flow rate per unit depth passing cross-section, when V=0.304 m/s, U=0.608 m/s ,a=8.89 mm U 2. L Fig.3
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