XTTTTT 77shownFarabolic velocitydistribution u.(r)U maxT r=0Linear momentumflux distributionT(r)(,-,)R2Lr2, max t shiftaltend3ctriDy dnenter10given as(Po- P)R24µLV, =(a) Derive the expression for the maximum velocity, Vamax%3D(b) Determine the average velocity (V) if (V) =V,max(c) Determine the expression for the volumetric flow rate, Q.(d) Water at 290 K flows through a horizontal tube of diameter 1.8 mm with a pressure dropof 800 N/m'. The viscosity and density of water at 290 K are 1.080x10 N s/m and 10kg/m', respectively. Find the mass flow rate through the tube.(e) Determine the flow regime of the water flow.AA Adjaottor

As you Not mentioned which sub-part's answer you want, as per guidelines I can give you first 3…

Answered: The velocity distribution V, of a…

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The velocity distribution V, of a laminar incompressible fluid flow through a circular Shown

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

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XTTTTT 77
shown
Farabolic velocity
distribution u.(r)
U max
T r=0
Linear momentum
flux distribution
T(r)
(,-,)R
2L
r2, max

t shift
alt
end
3
ctri
Dy dn
enter
10
given as
(Po- P)R2
4µL
V, =
(a) Derive the expression for the maximum velocity, Vamax
%3D
(b) Determine the average velocity (V) if (V) =V,max
(c) Determine the expression for the volumetric flow rate, Q.
(d) Water at 290 K flows through a horizontal tube of diameter 1.8 mm with a pressure drop
of 800 N/m'. The viscosity and density of water at 290 K are 1.080x10 N s/m and 10
kg/m', respectively. Find the mass flow rate through the tube.
(e) Determine the flow regime of the water flow.
AA Adjaottor

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