C(s) R(s) + G(s) H(s)

Ex. 240. Refer to Fig. 220 with D=0. Develop the transfer function (C/R). a) Determine the first-order time constant in seconds for the open loop (i.e. when H=0). What value of controller gain (k) will decrease the closed-loop time constant to (16/100) seconds when H=1? This exercise is about changing the transient performance using feedback. b) ans:2

can you do 5 please elec eng maths help

omment on each step you need to obtain G(s) i(t)

Please help me

What is the minimum sum-of-products expression for the following Kmap? AB 00 01 10 0 OC+ AC'D' None of these CD+AD' + A'CD' O A'C+AD' + ACD OC+ AD CD 00 01 0 11 1 10 o 0 1 H H 1 0 H H H

What is dual of A+[B + AC] + D ? A A+ [B(A+C)] + D BA [B+ AC] D C A + [B (A + C)] D DA [B(A + C)] D

In typing format solve please I will like it please

x-0,1 x-1 Q=1 Q=0 y=1 Dis the next value of Q in the FSM described by the state diagram above. Which of these is the formula for D in terms of Q and x? OAD-Q+x ObD-Q+X 3D QX 14D-QX AMoving so the nest queon preveres egesosase

please help and explain on paper on thank you i will like