3. Compute the output water height response ha(t) of the open-loop system shown in Figure 2,...

  

Transcribed Image Text:

3. Compute the output water height response ha(t) of the open-loop system shown in Figure 2, if a unit step input of electric current is applied to the water pump. By using Matlab, plot the time response function that you have computed. (Hint: you may check your time response graph with Matlab "Step" function). V(s) Water Pump Qi(s) C=8 Ha(s) Figure 2 R=0.5 Qo(s) 3. Compute the output water height response ha(t) of the open-loop system shown in Figure 2, if a unit step input of electric current is applied to the water pump. By using Matlab, plot the time response function that you have computed. (Hint: you may check your time response graph with Matlab "Step" function). V(s) Water Pump Qi(s) C=8 Ha(s) Figure 2 R=0.5 Qo(s)