Derivation 29/65 | Motion of Charged Particle in Non-Perpendicular Magnetic Field | Helical Path |

Derivation 29/65 – Motion of a Charged Particle in a Non-Perpendicular Magnetic Field What happens when a charged particle enters a uniform magnetic field at an angle other than 90°? ⚡🧲 In this video, we derive the complete motion of a charged particle in a magnetic field when its velocity has both parallel and perpendicular components. The particle follows a helical path, combining circular motion perpendicular to the magnetic field with uniform motion parallel to it. In this derivation, you will learn: Motion of a charged particle in a non-perpendicular magnetic field Resolution of velocity into parallel and perpendicular components Why the path becomes helical Radius of the helical path Time period of the helical motion Pitch of the helix Complete derivation using Lorentz force 📌 Class 12 Physics | Moving Charges and Magnetism 📌 Derivation 29/65 – Complete Class 12 Physics Derivations This series covers the important CBSE Class 12 Physics derivations systematically for board examination preparation. 🎯 CBSE Test Series starts 14 November For Class 9–12 CBSE, JEE & NEET Foundation, PCM & PCB coaching, join Shree Ram Educators, Greater Noida West. Shree Ram Educators – KB Plaza, Sector 2, Greater Noida West #Class12Physics #MovingChargesAndMagnetism #HelicalMotion #MagneticField #PhysicsDerivations #CBSEPhysics #CBSEBoardPreparation #JEEPhysics #PhysicsByVikasSir #ShreeRamEducators