Define the motor effect as the dynamic phenomenon occurring when a current-carrying conductor housed in a magnetic field experiences a force exerted mutually between the magnet and conductor.
Apply Fleming's left-hand rule to accurately visualize the relative orthogonal orientation shared by the generated force, the current transversing the conductor, and the stationary magnetic field.
Recall the critical physical factors that actively influence the resulting magnitude of the force exacted upon the conductor.
Calculate the force produced on a conductor positioned at precise right angles to a magnetic field, utilizing the equation:
Identify the standard units assigned for force (newtons, N), magnetic flux density (tesla, T), electrical current (amperes, A), and conductor length (metres, m).
