The position and velocity error coefficients for the systemof transfer function50G (s) = (1 + 0-1s) (1 + 2s)respectively are-(A) zero and zero(B) zero and infinity(C) 50 and zero(D) 50 and infinityThe position and acceleration error coefficients for theopen-loop transfer functionKG (s) = 32(s + 10) (s + 100)respectively are-(A) zero and infinity(B) infinity and zeroK100K(D) infinity and 100(C)and zero

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The position and velocity error coefficients for the system of transfer function 50 G (s) = (1 + 0-1s) (1 + 2s) respectively are- (A) zero and zero (B) zero and infinity (C) 50 and zero (D) 50 and infinity

The position and velocity error coefficients for the system of transfer function 50 G (s) = (1 + 0-1s) (1 + 2s) respectively are- (A) zero and zero (B) zero and infinity (C) 50 and zero (D) 50 and infinity

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

100%

The position and velocity error coefficients for the system
of transfer function
50
G (s) = (1 + 0-1s) (1 + 2s)
respectively are-
(A) zero and zero
(B) zero and infinity
(C) 50 and zero
(D) 50 and infinity
The position and acceleration error coefficients for the
open-loop transfer function
K
G (s) = 32(s + 10) (s + 100)
respectively are-
(A) zero and infinity
(B) infinity and zero
K
100
K
(D) infinity and 100
(C)
and zero

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