(i) As an approximation, calculate the acceptable range of K for a stable system when the numerator polynomial (zeros) is neglected. [Sebagai anggaran, hitung julat K yang boleh diterima untuk sistem yang stabil apabila polinomial pengangka (sifar) diabaikan.] (ii) Determine the value of K that will make this system unstable (If any). [Tentukan nilai K yang akan menjadikan sistem ini tidak stabil (Jika ada). (iii) If this system does go unstable for this value of K, how many unstable poles are there? [Jika sistem ini tidak stabil untuk nilai K ini, berapakah bilangan kutub tidak stabil yang ada?]
(i) As an approximation, calculate the acceptable range of K for a stable system when the numerator polynomial (zeros) is neglected. [Sebagai anggaran, hitung julat K yang boleh diterima untuk sistem yang stabil apabila polinomial pengangka (sifar) diabaikan.] (ii) Determine the value of K that will make this system unstable (If any). [Tentukan nilai K yang akan menjadikan sistem ini tidak stabil (Jika ada). (iii) If this system does go unstable for this value of K, how many unstable poles are there? [Jika sistem ini tidak stabil untuk nilai K ini, berapakah bilangan kutub tidak stabil yang ada?]
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Question
![The stability of a motorcycle and rider is an important area for study because many
motorcycle designs result in vehicles that are difficult to control. The handling
characteristics of a motorcycle must include a model of the rider as well as one of the
vehicles. The dynamics of one motorcycle and rider can be represented by a loop transfer
function as shown in Figure 1(b).
[Kestabilan motosikal dan penunggang merupakan satu bidang yang penting untuk dikaji kerana banyak
reka bentuk motosikal mengakibatkan kenderaan yang sukar dikawal. Ciri-ciri pengendalian motosikal
mestilah termasuk model penunggang serta salah satu kenderaan. Dinamik satu motosikal dan penunggang
boleh diwakili oleh fungsi pemindahan gelung seperti yang ditunjukkan dalam Rajah 1(b).]
K(S + 5)
S2 + 8S + 4
1
R(s).
Y(s)
(S + 2)
Figure 1(b)
[Rajah I(b)]
(i)
As an approximation, calculate the acceptable range of K for a stable system when
the numerator polynomial (zeros) is neglected.
[Sebagai anggaran, hitung julat K yang boleh diterima untuk sistem yang stabil apabila polinomial
pengangka (sifar) diabaikan.]
(ii)
Determine the value of K that will make this system unstable (If any).
[Tentukan nilai K yang akan menjadikan sistem ini tidak stabil (Jika ada). 1
(iii)
If this system does go unstable for this value of K, how many unstable poles are
there?
[Jika sistem ini tidak stabil untuk nilai K ini, berapakah bilangan kutub tidak stabil yang ada?]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F55fc6154-8bc1-43eb-8224-5567342bfb65%2F10e67c61-1ce6-4faf-ab5c-5e0c44d82115%2Ft2r3z2w_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The stability of a motorcycle and rider is an important area for study because many
motorcycle designs result in vehicles that are difficult to control. The handling
characteristics of a motorcycle must include a model of the rider as well as one of the
vehicles. The dynamics of one motorcycle and rider can be represented by a loop transfer
function as shown in Figure 1(b).
[Kestabilan motosikal dan penunggang merupakan satu bidang yang penting untuk dikaji kerana banyak
reka bentuk motosikal mengakibatkan kenderaan yang sukar dikawal. Ciri-ciri pengendalian motosikal
mestilah termasuk model penunggang serta salah satu kenderaan. Dinamik satu motosikal dan penunggang
boleh diwakili oleh fungsi pemindahan gelung seperti yang ditunjukkan dalam Rajah 1(b).]
K(S + 5)
S2 + 8S + 4
1
R(s).
Y(s)
(S + 2)
Figure 1(b)
[Rajah I(b)]
(i)
As an approximation, calculate the acceptable range of K for a stable system when
the numerator polynomial (zeros) is neglected.
[Sebagai anggaran, hitung julat K yang boleh diterima untuk sistem yang stabil apabila polinomial
pengangka (sifar) diabaikan.]
(ii)
Determine the value of K that will make this system unstable (If any).
[Tentukan nilai K yang akan menjadikan sistem ini tidak stabil (Jika ada). 1
(iii)
If this system does go unstable for this value of K, how many unstable poles are
there?
[Jika sistem ini tidak stabil untuk nilai K ini, berapakah bilangan kutub tidak stabil yang ada?]
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