4- A system with a state matrix A =5- A system with input matrix B=a- critical damped b- over damped[163LO1c- four inputs d-six inputsa- one input b- two inputsa-a-6- A system with a unity positive feedback gain has error ratioR(s) is the system input and G(s) is the plant transfer function.11+G(s)a-R(s)b-G(s)1-G(s)H(s)b-G1+G(s)7- A system with the following transfer function hass²12is ina- one input b- two inputs8- A system with imajenary valued poles isa- stable b- unstablec- critical stable9- The transfer function of the following block diagram is0 1 hasc- under damped d- undampedG(s)G(s)1+G(s)H(s)‒‒‒‒‒‒‒‒‒‒‒‒- case.Y(s)U(s) s³ + 4s 10c- three inputsH(s)b- three11-G(s)-1b- -RinRinWhere Rin is the input resistance of the op- amp.d-five inputs1G(s)-H(s)c- zerod-d- non of them→→ C(s)9. The transfer function of an inverting amplifier with a short circuit feedbackiswhereG1-G(s)d- non of themd- -110. State space model of a dynamic system is consider a ----a- comprehansive model b- reliable model c- simple model d- non of them11. A system with two resistors, one capcitor and two inductors its number ofstates isa- twoc- fourd- five

Answered: Image /qna-images/answer/ae8f6ee7-96b9-4688-918a-9e6deb70dd7f.jpg

4- A system with a state matrix A = a- critical damped b- over damped 5- A system with input matrix B= a- one input b- two inputs a- a- 6- A system with a unity positive feedback gain has error ratio R(s) is the system input and G(s) is the plant transfer function. 1 1+G(s) a- R(s) b- G(s) 1-G(s)H(s) G 1+G(s) b- 7- A system with the following transfer function has s² - 12 S3+ 4s 10 Y(s) U(s) = is in a- one input b- two inputs c- three inputs 8- A system with imajenary valued poles is ---- a- stable b- unstable c- critical stable 9- The transfer function of the following block diagram is G(s) →→C(s) [1 1 0 1 has LO c- four inputs d-six inputs c- under damped d- undamped H(s) G(s) 1+G(s)H(s) C- 1-G(s) case. -1 b- -Rin c- zero Rin Where Rin is the input resistance of the op- amp. 1 G(s)-H(s) d- d-five inputs d- non of them where G 1-G(s) ‒‒‒‒‒‒‒‒‒ 9. The transfer function of an inverting amplifier with a short circuit feedback is d- non of them d- -1

4- A system with a state matrix A = a- critical damped b- over damped 5- A system with input matrix B= a- one input b- two inputs a- a- 6- A system with a unity positive feedback gain has error ratio R(s) is the system input and G(s) is the plant transfer function. 1 1+G(s) a- R(s) b- G(s) 1-G(s)H(s) G 1+G(s) b- 7- A system with the following transfer function has s² - 12 S3+ 4s 10 Y(s) U(s) = is in a- one input b- two inputs c- three inputs 8- A system with imajenary valued poles is ---- a- stable b- unstable c- critical stable 9- The transfer function of the following block diagram is G(s) →→C(s) [1 1 0 1 has LO c- four inputs d-six inputs c- under damped d- undamped H(s) G(s) 1+G(s)H(s) C- 1-G(s) case. -1 b- -Rin c- zero Rin Where Rin is the input resistance of the op- amp. 1 G(s)-H(s) d- d-five inputs d- non of them where G 1-G(s) ‒‒‒‒‒‒‒‒‒ 9. The transfer function of an inverting amplifier with a short circuit feedback is d- non of them d- -1

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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