Please. Answer parts please. Attempt Once Two different fluids are separated by an insulating barrier.The barrier consists of two different materials as shown inFig. 2. The temperature of the fluids are maintained steadyat To1 (°C] and Too2 [°C]. The convection coefficientsbetween the fluids and respective barrier surfaces arek2hi [W/m2.K] and h2 [W/m².K]. The thickness of the slabsare Li [m] and L2 [m]. The thermal conductivity of theToo2Too1slabs are respectively ki (W/m-K] and k2 (W/m-K].AX= 0Perfect interface(a) Write the appropriate form of the governingequations for slabs A and B.Figure 2: Note the indicated positivex direction for reference.(b) Specify the locations where the boundary conditionscan be defined and write the boundary conditions.(Hint: How many BCs should you expect?)Fluid 2 INFluid 1 1E

wo different fluids are separated by an insulating barrier. he barrier consists of two different materials as shown in g. 2. The temperature of the fluids are maintained steady T01 [°C] and T2 [°C]. The convection coefficients tween the fluids and respective barrier surfaces are k2 [W/m2.K] and h2 [W/m².K]. The thickness of the slabs e L1 [m] and L2 [m]. The thermal conductivity of the Too2 abs are respectively ki [W/m-K] and k2 [W/m-K]. B A x= 0 Perfect interface (a) Write the appropriate form of the governing equations for slabs A and B. Figure 2: Note the indicated positive x direction for reference. (b) Specify the locations where the boundary conditions can be defined and write the boundary conditions. (Hint: How many BCs should you expect?) Fluid 2 1 Fluid 1 1E 8

wo different fluids are separated by an insulating barrier. he barrier consists of two different materials as shown in g. 2. The temperature of the fluids are maintained steady T01 [°C] and T2 [°C]. The convection coefficients tween the fluids and respective barrier surfaces are k2 [W/m2.K] and h2 [W/m².K]. The thickness of the slabs e L1 [m] and L2 [m]. The thermal conductivity of the Too2 abs are respectively ki [W/m-K] and k2 [W/m-K]. B A x= 0 Perfect interface (a) Write the appropriate form of the governing equations for slabs A and B. Figure 2: Note the indicated positive x direction for reference. (b) Specify the locations where the boundary conditions can be defined and write the boundary conditions. (Hint: How many BCs should you expect?) Fluid 2 1 Fluid 1 1E 8

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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