Induction Motor EE Problem: Get Correct Answer Now!

[Mikey_mo_mo]

Hi I need Help with an EE problem I have tried doing it like 10 times but i keep on getting the wrong answer can anyone help me here it is

Below is the equivalent circuit model for an induction motor. THe resistance on the right (0.1/s) charges with motor speed. S stands for slip where Zero corresponding to synchronous speed, and with the motor speed s=1. MOst induction motors run slips between 0.02 and 0.05

 

[wire2]

>THe resistance on the right (0.1/s) charges

Did you mean "the reactance ... changes...?
Also, there's no circuit link visible in your post .

 

[ravenprp]

Hi there,

I understand your frustration with trying to solve this EE problem and continuously getting the wrong answer. It can be frustrating when we put in a lot of effort and still can't seem to get it right. However, don't worry, I can definitely help you with this.

Firstly, it's important to understand the equivalent circuit model for an induction motor. The resistance on the right (0.1/s) represents the rotor resistance, which increases with motor speed. This means that as the motor speed increases, the resistance also increases. The slip, denoted by "s", is a measure of the difference between the synchronous speed and the actual speed of the motor. A slip of 0 corresponds to synchronous speed, while a slip of 1 corresponds to the motor being at a standstill.

To solve this problem, we need to use the formula for slip, which is (s = (Ns-N)/Ns), where Ns is the synchronous speed and N is the actual speed. Since most induction motors run at slips between 0.02 and 0.05, we can assume that the motor in this problem is also running at a slip within this range.

Now, to get the correct answer, we need to plug in the values for Ns and N into the formula. Without knowing the specific values for these, we can't give you an exact answer. However, if you have tried solving it multiple times and still can't get the right answer, it's possible that there is a mistake in your calculations. I would suggest double-checking your work and making sure you are using the correct values for Ns and N.

If you are still having trouble, I would recommend seeking help from a tutor or a classmate who may have a better understanding of this concept. It's always helpful to have a second set of eyes on a problem, so don't hesitate to ask for assistance.

I hope this explanation helps you in solving the EE problem. Keep practicing and don't get discouraged, you will eventually get the correct answer. Best of luck!