A system has the following response expressions such as: a-c (t)= 20e-10t b-C (t)= 2t - 0.2 +0.2e-10t What will be the transfer function and the input type to the system? (assume zero initial condition) A servo mechanism is represented by the Differential equation + y+ 4.8 y= 144 E, where signal, find: 1-Damping ratio and natural frequency, 2-Draw the block diagram of the system described by the above equation. A unity feedback control system is characterized by 0.4 s+1 G(s)= What are: s(s+0.6) 1- The system specification M, and t? 2- The response expression for step input? The response expression of a feedback system, when subjected to a unit step input, is c(t)= 1+0.2e-0-1.2e 10e to obtain the forward transfer function, and w - The forward transfer function of a unity feedback type 1, the second-order system, has a pole at (-2). The nature of gain K is so adjusted that the damping ratio. is equal to 0.4, the input to the system is r(t)= 1+4t find ess where E=C-0.5y is E=C-0.5y is the actuating 10. The closed-loop control system with inner and outer loops is shown in the following fig. P10 i) Identify the type of C(s) /E (s) ii) Find the values of Kp. Ky, Ka iii) Find C,, if r(t)=10 A system has the following response expressions such as: a-c (t)= 20e-10t b-C (t)= 2t - 0.2 +0.2e-10t What will be the transfer function and the input type to the system? (assume zero initial condition) A servo mechanism is represented by the Differential equation y+ 4.8 y=144 E, where signal, find: 1-Damping ratio and natural frequency, 2-Draw the block diagram of the system described by the above equation. A unity feedback control system is characterized by 0.4 s+1 What are: where E-C-0.5y is E=C-0.5y is the actuating G(s) = s(s+0.6) 1- The system specification M, and t? 2- The response expression for step input? The response expression of a feedback system, when subjected to a unit step input, is c(t)= 1+0.2e-0-1.2e 10e to obtain the forward transfer function, and w - The forward transfer function of a unity feedback type 1, the second-order system, has a pole at (-2). The nature of gain K is so adjusted that the damping ratio. is equal to 0.4, the input to the system is r(t)= 1+4t find ess 10. The closed-loop control system with inner and outer loops is shown in the following fig. P10 i) Identify the type of C(s) /E (s) ii) Find the values of Kp. Ky, Ka iii) Find C,, if r(t)=10 iv) What will be ess? R(s) 10 s(s+2) S Fig. P10 C(s)