= 0 = asin(bt) in rad/s (with a =6.7 and b =8.5), determine the input voltage magnitude Vin (t) |in volts at t =2.1?For the DC-motor to run at wmRVin RneaDC MOTORTm, Wm, OmImôm (t) = k;ia(t) – DmÔm (t), ea (t) = Raia(t) + k,Ôm(t)Rea(t) =VinJn -0.11 kg-m², D, =0.034 N-m-s/r. K, –0 N-m/r, R =2.1R,m La = 0T = -0.026.on +2.54 N-m for -85 volt.

Answered: Image /qna-images/answer/911db742-f3ce-4541-8f76-777d14b39a08.jpg

For the DC-motor to run at wm = 0 = asin(bt) in rad/s (with a =6.7 and b = 8.5), determine the input voltage magnitude vin (t) |in volts at t =2.1? R Vin Rn ea DC MOTOR Tm, Wm, Om Imöm(t) = kçia(t) – Dmėm (t), ea (t) = Raia(t) + k,Ôm(t) ea(t) = Vin Rin Jm -0.11 kg-m², Dm =0.034 N-m-s/r. K„ =0 N-m/r, Rr=2.1Rm, La = 0 -0.026m+2.54 N-m for =85 volt.

For the DC-motor to run at wm = 0 = asin(bt) in rad/s (with a =6.7 and b = 8.5), determine the input voltage magnitude vin (t) |in volts at t =2.1? R Vin Rn ea DC MOTOR Tm, Wm, Om Imöm(t) = kçia(t) – Dmėm (t), ea (t) = Raia(t) + k,Ôm(t) ea(t) = Vin Rin Jm -0.11 kg-m², Dm =0.034 N-m-s/r. K„ =0 N-m/r, Rr=2.1Rm, La = 0 -0.026m+2.54 N-m for =85 volt.

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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