Question#3For the linear machine of question #2:a. When this machine is operating as a motor, calculate the speed of the bar forloads of 0N to 30N in 5 N steps. Plot the speed of the bar as a function of load.b. Assume that the motor is operation with a 30 N load, and calculate and plot thespeed of the bar for magnetic flux densities of 0.3 T to 0.5 Tin 0.05 T steps.c. Assume that the motor is running at no-load conditions with a flux density of0.5 T. What is the speed of the bar? Now apply a 30 N load to the bar. What isthe new speed of the bar? What flux density would be required to restore theloaded bar to the same speed that it had under no-load conditions? Question#2A linear machine has the following characteristics:R = 0.25 QVB = 120VB = 0.5 T into page| = 0.5 m

In the given question we note that B = 0.5 T I = 0.5m R = 0.25ΩVB = 120VWhen the machine is…

For the linear machine of question #2: a. When this machine is operating as a motor, calculate the speed of the bar for loads of 0N to 30 N in 5 N steps. Plot the speed of the bar as a function of load. b. Assume that the motor is operation with a 30 N load, and calculate and plot the speed of the bar for magnetic flux densities of 0.3 I to 0.5 Tin 0.05 T steps.

For the linear machine of question #2: a. When this machine is operating as a motor, calculate the speed of the bar for loads of 0N to 30 N in 5 N steps. Plot the speed of the bar as a function of load. b. Assume that the motor is operation with a 30 N load, and calculate and plot the speed of the bar for magnetic flux densities of 0.3 I to 0.5 Tin 0.05 T steps.

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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