Relative Speed Concept | Rotating Magnetic Field | 3 Phase Induction Motor | AE/JE Exam скачать в хорошем качестве

Relative Speed Concept | Rotating Magnetic Field | 3 Phase Induction Motor | AE/JE Exam

Relative Speed Concept | Rotating Magnetic Field | 3 Phase Induction Motor | AE/JE Exam Master the Relative Speed Concept in a 3-Phase Induction Motor and clearly understand its connection with the Rotating Magnetic Field (RMF) in this exam-focused lecture from the Exam Pointer Series. This session is specially designed for AE/JE aspirants who want strong conceptual clarity along with problem-solving accuracy for competitive exams. In this video, you’ll learn the core logic behind relative speed between rotor and rotating magnetic field, why relative motion is essential for torque production, and how slip originates from this principle. The explanation includes step-by-step derivations, visualization techniques, and exam-oriented shortcuts to help you solve objective questions quickly and accurately. relative speed induction motor, rotating magnetic field concept, relative speed RMF, 3 phase induction motor theory, slip in induction motor, synchronous speed vs rotor speed, AE JE electrical preparation, induction motor concepts, electrical machines exam preparation, rotating magnetic field explanation, induction motor relative motion, competitive exam electrical engineering, induction motor theory for exams, exam pointer electrical series, electrical engineering lectures, induction motor slip derivation, relative speed formula induction motor, SSC JE electrical machines, RRB JE electrical concepts, AE exam electrical preparation