I have got the software to run the simulation but cant seem to get the: The simulation time, system gain, Desired speed, propotional gain and intergal gain.

Edit: Can you please place numbers on the question you have completed.Please and Thank you for your help

Results 800 700 600 frame 500 Rotating speed (RPM) 400 300 200 100 0 0 100 400 500 200 300 time (seconds) 2. From the unit step response of the system, determine the gain of the system and the time constant, and note down the rotating speed (A RPM) at steady state. 3. The desired speed under control is 80% of the initial rotating speed A subjected to step input. And make sure your simulation time is sufficient for the system to reach its steady state (you can adjust this during your simulation). 4. Determine the proportional gain for P-only control so that the new time constant of the control system is 70% of the original value. Run the simulation and evaluate the control system's performance. the system is satisfied. Justify your 5. Design a Pl controller so that the performance design and evaluate the performance. Results 800 700 600 frame 500 Rotating speed (RPM) 400 300 200 100 0 0 100 400 500 200 300 time (seconds) 2. From the unit step response of the system, determine the gain of the system and the time constant, and note down the rotating speed (A RPM) at steady state. 3. The desired speed under control is 80% of the initial rotating speed A subjected to step input. And make sure your simulation time is sufficient for the system to reach its steady state (you can adjust this during your simulation). 4. Determine the proportional gain for P-only control so that the new time constant of the control system is 70% of the original value. Run the simulation and evaluate the control system's performance. the system is satisfied. Justify your 5. Design a Pl controller so that the performance design and evaluate the performance