Magnetic Fields & Lorentz Force Explained | Level 3 NCEA Physics | Faraday's Law, Tesla Unit & BQV скачать в хорошем качестве

Magnetic Fields & Lorentz Force Explained | Level 3 NCEA Physics | Faraday's Law, Tesla Unit & BQV

Welcome to my first video in the Level 3 Physics Tuition series for NCEA students in New Zealand and high school learners worldwide! In this video, we cover the core concepts of magnetic fields and forces, including: 🔹 How solenoids and current-carrying wires create magnetic fields 🔹 The Lorentz Force (F = BQV) and Right-hand/Left-hand rules 🔹 Magnetic field strength (B) measured in Teslas and Gauss 🔹 Key equations: B = F/QV, F = BIL, V = BVL 🔹 Faraday’s Law and electromagnetic induction explained with real-world examples 🔹 How voltage and number of coil loops affect magnetic field strength This session is perfect for NCEA Level 3 students preparing for external exams, but also suitable for any physics student wanting to build strong fundamentals in electromagnetism. 🧠 Instructor: Mandeep Singh Sidhu 🎓 Based in New Zealand | Global Teaching Approach Subscribe to stay updated with weekly tutorials, numerical practice, and exam strategies! 📩 Comment your questions below or email for assignment help!