A property is being transported through a fluid at steady state through a constant cross-sectional area. At point 1 the concentration r, is 2.78x10¯2 amount of property/m³ and 1.50x10-2 at point 2 at a distance of 2 meters away. The diffusivity depends on concentration I as follows. 8 = A + BT = 0.150 + 1.65T Derive the integrated equation for the flux in terms of I, and r,. Then, calculate the flux Calculate I at z = 1.0 m and plot I' vs z for the three points. а. b.

Elements Of Electromagnetics
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A property is being transported through a fluid at steady state through a constant cross-sectional area. At point 1 the
concentration r, is 2.78x10¯2 amount of property/m³ and 1.50x10-2 at point 2 at a distance of 2 meters away. The
diffusivity depends on concentration I as follows.
8 = A + BT = 0.150 + 1.65T
Derive the integrated equation for the flux in terms of I, and r,. Then, calculate the flux
Calculate I at z = 1.0 m and plot I' vs z for the three points.
а.
b.
Transcribed Image Text:A property is being transported through a fluid at steady state through a constant cross-sectional area. At point 1 the concentration r, is 2.78x10¯2 amount of property/m³ and 1.50x10-2 at point 2 at a distance of 2 meters away. The diffusivity depends on concentration I as follows. 8 = A + BT = 0.150 + 1.65T Derive the integrated equation for the flux in terms of I, and r,. Then, calculate the flux Calculate I at z = 1.0 m and plot I' vs z for the three points. а. b.
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