What happens to the stator winding of a single-phase motor when voltage is applied?

Study for the HVAC Level 2 Alternating Current Module (03206) Test. Prepare with flashcards and multiple choice questions, each with hints and explanations. Feel confident for your exam!

When voltage is applied to the stator winding of a single-phase motor, the correct outcome is that it remains stationary. This occurs because single-phase motors do not generate a rotating magnetic field by themselves. Instead, they create an oscillating magnetic field. In the absence of a second phase or specific starting mechanisms, there is no initial torque to cause rotation, leading to the stator not moving.

In practice, for a single-phase motor to start rotating, it typically requires additional components, such as a starting capacitor or a phase-splitting mechanism, which can create the necessary torque to initiate movement. Once these components engage, the motor will then be able to start rotating after a brief delay as it overcomes inertia. This clarifies why the other options, which imply immediate or active motion of the stator winding, do not accurately represent the operation of single-phase motors.