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In the simple, one loop, one turn, 2-pole, DC machine: R = 0.5 Ohms, VB = 140 V, r = 0.6 m, B = 0.4 T, and the length of the conductor L= 1.2 m. Find the magnetic flux and the steady state speed of the loop at no-load. %3D Magnetic Flux Commutator Segment t=0 R Brush VB ind

In the simple, one loop, one turn, 2-pole, DC machine: R = 0.5 Ohms, VB = 140 V, r = 0.6 m, B = 0.4 T, and the length of the conductor L= 1.2 m. Find the magnetic flux and the steady state speed of the loop at no-load. %3D Magnetic Flux Commutator Segment t=0 R Brush VB ind

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
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In the simple, one loop, one turn, 2-pole, DC machine:R = 0.5 Ohms, Ve = 14o v, r = 0.6 m. B = 0.4 T, and the length of the conductor L= 1.2 m. Find the magnetic flux and the steady state speed of the loop at no-load. Magnetic Flux Commutator Segment t= 0 R Brush + VB ind Select one: O a. None O b. Flux = 0.9 Wb. Speed = 473 rad/sec O c. Flux = 0.29 Wb, Speed = 243 rad/sec O d. Flux = 0.905 Wb. Speed = 243 rad/sec
Transcribed Image Text:In the simple, one loop, one turn, 2-pole, DC machine:R = 0.5 Ohms, Ve = 14o v, r = 0.6 m. B = 0.4 T, and the length of the conductor L= 1.2 m. Find the magnetic flux and the steady state speed of the loop at no-load. Magnetic Flux Commutator Segment t= 0 R Brush + VB ind Select one: O a. None O b. Flux = 0.9 Wb. Speed = 473 rad/sec O c. Flux = 0.29 Wb, Speed = 243 rad/sec O d. Flux = 0.905 Wb. Speed = 243 rad/sec
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