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f(34p)A steam at temperature To is fed to an electrically heated, perfectly mixed, constantvolume tank shown below. A-1 What is the fomula of the time constant for this process that relates the tank outlet temperature (T) to the changes in the inlet temperature (To) and the heating rate (q) ? Volumetric flow rate =200L imin; Tank volume 1000L b-) Determine the first arder system response (time constant m5 min), to a step change of 10 in the iniet temperature (T.) 2-133p) Deremmine the stability of the overall closed loop system given below by using the Rowth Test. I-(34p) A stream at temperature To is fed to an electrically heated perfectly mixed, constantvolume tank shown below. A-) What is the formula of the time constant for this process that relates the tank outlet temperature (T) to the changes in the inlet temperature (T0) and the heating rate (q)? Volumetrie Rlow rate =200.1m in; Tank volume 1000L 6-) Detemine the first order system response (time constant =5min ), to a step change of 10 in the inlet temperature (T.) I-(34p) A stream at temperature To is fed to an electrically heated. perfectly mixed, constantwolume ank shown below. 2-) What is the fomula of the time constant for this process that relates the tank outlet temperature (T1) to the changes in the iniet temperature (To) and the heating rate (q)? Volumetric flow rate =200.L min; Tank volume 1000L b-) Determine the first order system response (time constant =5 min), to a step change of 10 in the inflet temperature (T) )