Test your knowledge

Test results

Congratulations. You have passed the test and completed the 106L - Electromagnetic Motors

Sorry. You did not pass the 106L - Electromagnetic Motors test this time

Achieved badges:

How would you rate this course?

1: Permanent magnet synchronous motors are more efficient than induction motors due to a change in which major motor component?

Stator

You can find the answer here >

1: Permanent magnet synchronous motors are more efficient than induction motors due to a change in which major motor component?

Rotor

1: Permanent magnet synchronous motors are more efficient than induction motors due to a change in which major motor component?

Bearings

You can find the answer here >

1: Permanent magnet synchronous motors are more efficient than induction motors due to a change in which major motor component?

Fan

You can find the answer here >

2: The slip in an induction motor is greater at no load than it is at full load?

True

You can find the answer here >

2: The slip in an induction motor is greater at no load than it is at full load?

False

3: A rotating magnetic field can be created by using which of the following?

Alternating current

3: A rotating magnetic field can be created by using which of the following?

Magnets

You can find the answer here >

3: A rotating magnetic field can be created by using which of the following?

Magnetism

You can find the answer here >

3: A rotating magnetic field can be created by using which of the following?

Magnetic flux

You can find the answer here >

4: Which of the following is the synchronous speed for a four-pole 60Hz induction motor?

1,200 rpm

You can find the answer here >

4: Which of the following is the synchronous speed for a four-pole 60Hz induction motor?

1,800 rpm

4: Which of the following is the synchronous speed for a four-pole 60Hz induction motor?

3,000 rpm

You can find the answer here >

4: Which of the following is the synchronous speed for a four-pole 60Hz induction motor?

3,600 rpm

You can find the answer here >

5: In a two-pole induction motor, the stator flux rotates at 3,600 rpm. Which of the following would be a typical rotor speed for this motor?

1,800 rpm

You can find the answer here >

5: In a two-pole induction motor, the stator flux rotates at 3,600 rpm. Which of the following would be a typical rotor speed for this motor?

3,000 rpm

You can find the answer here >

5: In a two-pole induction motor, the stator flux rotates at 3,600 rpm. Which of the following would be a typical rotor speed for this motor?

3,500 rpm.

5: In a two-pole induction motor, the stator flux rotates at 3,600 rpm. Which of the following would be a typical rotor speed for this motor?

None of the above

You can find the answer here >

6: Which of the following single-phase motors offers the lowest starting torque?

Capacitor start/Induction run (CSIR)

You can find the answer here >

6: Which of the following single-phase motors offers the lowest starting torque?

Capacitor start/Capacitor run (CSCR)

You can find the answer here >

6: Which of the following single-phase motors offers the lowest starting torque?

Resistance start/Induction run (RSIR)

You can find the answer here >

6: Which of the following single-phase motors offers the lowest starting torque?

Permanent-split capacitor (PSC)

Permanent magnet synchronous motors are more efficient than induction motors due to a change in which major motor component?

The slip in an induction motor is greater at no load than it is at full load?

A rotating magnetic field can be created by using which of the following?

Which of the following is the synchronous speed for a four-pole 60Hz induction motor?

In a two-pole induction motor, the stator flux rotates at 3,600 rpm. Which of the following would be a typical rotor speed for this motor?

Which of the following single-phase motors offers the lowest starting torque?

Happy with your answers?

Test results

Achieved badges:

How would you rate this course?