I want answers of this 2 question with answer steps
Posted: Fri May 20, 2022 8:03 pm
I want answers of this 2 question with answer
steps
Question 16 The mass spring damper system shown in the figure below. Derive the transfer function relating the input displacement u(t) to the output displacement, x(f). The parameter values are as follows: m = 1 kg, k1 - 2 N/m, 41 = 1 Ns/m, k2= 1 N/m and c2-2 Ns/m. What is the settling time of the system's response to a unit step input? u X WWWW m WWW HE C2 0 2.31 seconds 0 2.67 seconds 3.27 seconds 4.06 seconds
Question 17 2 In the closed loop system of the figure below, with H (s) = $ + 3 and H (S) = what is the denominator of the disturbance transfer function y(s) d(s) 7 P $+5 $+7 n d . ܬ݁ܳ ܀ 8 + + ܢܘ e HC Hp 0 0 (s+5)(s+7) 0[5+5'[5+) + 2(s+3) 0 (53)(57) + (s+5) 0 (s+7) + 2(s+3)(s+5)
steps
Question 16 The mass spring damper system shown in the figure below. Derive the transfer function relating the input displacement u(t) to the output displacement, x(f). The parameter values are as follows: m = 1 kg, k1 - 2 N/m, 41 = 1 Ns/m, k2= 1 N/m and c2-2 Ns/m. What is the settling time of the system's response to a unit step input? u X WWWW m WWW HE C2 0 2.31 seconds 0 2.67 seconds 3.27 seconds 4.06 seconds
Question 17 2 In the closed loop system of the figure below, with H (s) = $ + 3 and H (S) = what is the denominator of the disturbance transfer function y(s) d(s) 7 P $+5 $+7 n d . ܬ݁ܳ ܀ 8 + + ܢܘ e HC Hp 0 0 (s+5)(s+7) 0[5+5'[5+) + 2(s+3) 0 (53)(57) + (s+5) 0 (s+7) + 2(s+3)(s+5)