he rotor of the electric motor rotates at a rated speed of n = 2500 rotatons / minute. Then, at t = 0, it started to be braked dynamically with a delay of 12 rad / s ^ 2 to a speed of 200 rotation / minute, and then the rotor was accelerated by 4 rad / s ^ 2 for the next 10s. Draw the end position, angular velocity and angular acceleration of this rotor. Enter the number of revolutions made by such a rotor in such a movement.
he rotor of the electric motor rotates at a rated speed of n = 2500 rotatons / minute. Then, at t = 0, it started to be braked dynamically with a delay of 12 rad / s ^ 2 to a speed of 200 rotation / minute, and then the rotor was accelerated by 4 rad / s ^ 2 for the next 10s. Draw the end position, angular velocity and angular acceleration of this rotor. Enter the number of revolutions made by such a rotor in such a movement.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The rotor of the electric motor rotates at a rated speed of n = 2500 rotatons / minute. Then, at t = 0, it started to be braked dynamically with a delay of 12 rad / s ^ 2 to a speed of 200 rotation / minute, and then the rotor was accelerated by 4 rad / s ^ 2 for the next 10s. Draw the end position, angular velocity and angular acceleration of this rotor. Enter the number of revolutions made by such a rotor in such a movement.
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