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The objective of this question is to find the model of the DC motor with the load 0000 200 N 100 Easov 51 Ny 1000 1-5kg-m D,2Nm srad 100 D00 Nm sirnd (a) 0.33 b. a. E, s(s+1) E, s(s +0.33) 0.033 )0.33 -(s): d. E (s+1) E, s(s+1) The total moment of inertia (in Kg/m²) is The total damper (in N-m-s/rad) is Choose. Choose. Choose.. The parameter Kp is Choose. The parameter K/Ra is The transfer function thema /Ea is Choose.. Using the initial value theorem, the initial value of the system thema/Ea Choose..

The objective of this question is to find the model of the DC motor with the load 0000 200 N 100 Easov 51 Ny 1000 1-5kg-m D,2Nm srad 100 D00 Nm sirnd (a) 0.33 b. a. E, s(s+1) E, s(s +0.33) 0.033 )0.33 -(s): d. E (s+1) E, s(s+1) The total moment of inertia (in Kg/m²) is The total damper (in N-m-s/rad) is Choose. Choose. Choose.. The parameter Kp is Choose. The parameter K/Ra is The transfer function thema /Ea is Choose.. Using the initial value theorem, the initial value of the system thema/Ea Choose..

Introductory Circuit Analysis (13th Edition)
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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The objective of this question is to find the model of the DC motor with the load Fixed ficld e000 N 100 Ny 1000 H) - 700 kg-m² 1,=5 kg-m? D.2N-m sirad D 800 N m srad 1 (9)= (6 +0.33) 0.33 b. (s): E. a. s(s+1) E, 0(s) d. 0.033 0,33 c. E, (s+1) E. s(8+1) The total moment of inertia (in Kg/m2) is Choose. The total damper (in N-m-s/rad) is The parameter Kp is Choose. Choose. Choose. The parameter K/Ra is The transfer function thema/Ea is Choose.. Using the initial value theorem, the initial value of the system thema /Ea Choose.
Transcribed Image Text:The objective of this question is to find the model of the DC motor with the load Fixed ficld e000 N 100 Ny 1000 H) - 700 kg-m² 1,=5 kg-m? D.2N-m sirad D 800 N m srad 1 (9)= (6 +0.33) 0.33 b. (s): E. a. s(s+1) E, 0(s) d. 0.033 0,33 c. E, (s+1) E. s(8+1) The total moment of inertia (in Kg/m2) is Choose. The total damper (in N-m-s/rad) is The parameter Kp is Choose. Choose. Choose. The parameter K/Ra is The transfer function thema/Ea is Choose.. Using the initial value theorem, the initial value of the system thema /Ea Choose.
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