Fundamentals of Electric Circuits
6th Edition
ISBN: 9780078028229
Author: Charles K Alexander, Matthew Sadiku
Publisher: McGraw-Hill Education
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Textbook Question
Chapter B.2, Problem 3PP
Given that C = −3 + j7 and D = 8 + j, calculate:
- (a) (C − D*)(C + D*),
- (b) D2/C*,
- (c) 2CD/(C + D).
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Fundamentals of Electric Circuits
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- 1. Find the Block diagram of this ODE Where r is input and c(t) is the state. d²c(t) dt2 dc(t) dr(t) +2 +5c(t) = +r(t) dt dtarrow_forwardPlease answer ASAParrow_forwardR(s) |G(s) = + 12 (s + 5)(s + 4) C(s) The system type: ? ▾ Static error constants: Kp = Steady-state errors: estep (∞0) = Ex: 1.111 Κυ Cramp (∞) = Ka = ? = ? eparabola (∞) = ?arrow_forward
- 3. What is the transfer function G(s)=C(s)/R(s) corresponding to the following block diagram? Show your work step by step. 14] S S 2 +A 10 +arrow_forwardPlease answer ASAParrow_forwardR(s) G(s) = 9 s(s + 4) C(s) Overshoot %OS = Ex: 1.1 % Settling time Ts = sec The system type ✓? 0 Static error cons Кр = ? Κυ = Ex: 1.111 Ka ? 1 2arrow_forward
- 2. Find a. the transfer of this system b. the steady state error of this system to step function (you can answer this with knowledge of chapter 2-5) 6 d³ c(t) dt3 d² c(t) dc(t) dr(t) +3. + +5c(t) = 8. dt² +7r(t) dt dtarrow_forwardPlease answer ASAParrow_forwardplease solve it as soon asdon't use ai to answer i will report your answerarrow_forward
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