Figure Q2a (Q2 continued on next page) 2 (Q2 continued) (c) The tank in Figure Q2a has cross-sectional area of 8m2, leng

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Figure Q2a (Q2 continued on next page) 2 (Q2 continued) (c) The tank in Figure Q2a has cross-sectional area of 8m2, leng

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Figure Q2a Q2 Continued On Next Page 2 Q2 Continued C The Tank In Figure Q2a Has Cross Sectional Area Of 8m2 Leng 1
Figure Q2a Q2 Continued On Next Page 2 Q2 Continued C The Tank In Figure Q2a Has Cross Sectional Area Of 8m2 Leng 1 (40.41 KiB) Viewed 20 times
Figure Q2a (Q2 continued on next page) 2 (Q2 continued) (c) The tank in Figure Q2a has cross-sectional area of 8m2, length of 150 m and a flow rate of 0.4 m/s. If a pollutant is introduced through the inflow at a concentration of 16 mg/litre and it has a first order decay rate of 3 /hr calculate the steady-state concentration at the outlet. Assume plug flow. [2]
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