1) Define a practical engineering plant which would feature similar dynamical behaviour to the theoretical dynamics given in the plant description below. Briefly describe the operation of the plant. (5%) 2) Draw two equivalent control system block diagrams, which features the output feedback and the state feedback respectively. Compare the similarity and difference. (5%) please give me solution only no 6 if possible then 7 also 3) Analyse the plant performance such stability, observability, controllability, and time response to a unit step reference input. (15%) 4) Design a state feedback controller (you specify the reasonable design criteria). (20%) Design a corresponding observer and explain when it will be used. (20%) only 6 Provide relevant performance data and analysis from your simulated studies. (15%) 7) Discuss the importance of computational experiments (simulation studies). (5%) 1) Define a practical engineering plant which would feature similar dynamical behaviour to the theoretical dynamics given in the plant description below. Briefly describe the operation of the plant. (5%) 2) Draw two equivalent control system block diagrams, which features the output feedback and the state feedback respectively. Compare the similarity and difference. (5%) please give me solution only no 6 if possible then 7 also 3) Analyse the plant performance such stability, observability, controllability, and time response to a unit step reference input. (15%) 4) Design a state feedback controller (you specify the reasonable design criteria). (20%) Design a corresponding observer and explain when it will be used. (20%) only 6 Provide relevant performance data and analysis from your simulated studies. (15%) 7) Discuss the importance of computational experiments (simulation studies). (5%)