Show all your steps12R=1.8 mm,R2Thickness "8 =R2R1= 3.6 mm,RIVelocity = 4.36 m/s,klgenL= 100 mmAir Properties:kait= 0.0263 W/m.K.Vaik=15.89 x 10 m²/s, Pr= 0,707k = 1.23 W/m. K.Air (Too= 25) passes at velocity. V m/s in across flow around the rod. The outer surfacetemperature, T2=132° Heat is generated in a red (R1 kl = 4 w/m K), according toquen (r)"W/m²"R90 constant value1 What is temperature distribution inside the rod in-terms of heat generation: qo.surface temperature. T1, thermal conductivity: kl2. What is the convectrve heat transfer coefficient (W m2 K) at R2, heat transfer rate(W), the temperature at the Tod surface. T1"C the heat generation constant , qaWm3 and the maximum temperature in the fod C#SolutionTemperature distribution, in final formT(r)Convective heat transfer coefficient(W/m.K)Heat transfer rate=(W)T1=The heat generation constant, ɖo=(W/m)Immax°CShow nand written work below be clear, Step by step111111

1rddr(dTdr) + qgenk = 0 … (steady state) qgen = - k…

Answered: Show all your steps k2 R=1.8 mm, R2…

Show all your steps k2 R=1.8 mm, R2 Thickness “8" =R2 R= 3.6 mm, RT Velocity = 4.36 m/s, kl gen L= 100 mm Air Properties: 111111

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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Concept explainers

Fluid Dynamics

The study of the flow of gases and liquids, usually in and around solid surfaces, is known as fluid dynamics in physics and engineering. Fluid dynamics, for example, can be used to evaluate the movement of air through an airplane wing or the surface of a vehicle. It can also be used in ship design to increase the speed at which ships pass through water.

Question

Show all your steps
12
R=1.8 mm,
R2
Thickness "8 =R2R1= 3.6 mm,
RI
Velocity = 4.36 m/s,
kl
gen
L= 100 mm
Air Properties:
kait= 0.0263 W/m.K.
Vaik=15.89 x 10 m²/s, Pr= 0,707
k = 1.23 W/m. K.
Air (Too= 25) passes at velocity. V m/s in across flow around the rod. The outer surface
temperature, T2=132° Heat is generated in a red (R1 kl = 4 w/m K), according to
quen (r)
"W/m²"
R
90 constant value
1 What is temperature distribution inside the rod in-terms of heat generation: qo.
surface temperature. T1, thermal conductivity: kl
2. What is the convectrve heat transfer coefficient (W m2 K) at R2, heat transfer rate
(W), the temperature at the Tod surface. T1"C the heat generation constant , qa
Wm3 and the maximum temperature in the fod C#
Solution
Temperature distribution, in final form
T(r)
Convective heat transfer coefficient
(W/m.K)
Heat transfer rate=
(W)
T1=
The heat generation constant, ɖo=
(W/m)
Immax
°C
Show nand written work below be clear, Step by step
111111

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Corection the following number k=.02625,Kinematic viscosity(fancy v)=16.55*10^-6m^2/s,Pr=.7 Re(x=L)=54380 Nu(x)=170.1 h(x=L)=29.8 Ts(l)=54.9C