Mohit Tyagi Magnetism Full

Currently Playing: 14- RLC Circuit With DC Source | JEE Advanced 2023 | Physics | New Topic | EMI | ABJ Sir

Watch Complete YouTube Lectures Distraction-Free Download the Competishun App 👉 https://play.google.com/store/apps/details?id=xyz.penpencil.competishun&pcampaignid=web_share 🌐 Login for Courses & Test Series: 👉 https://i.competishun.com/ *Popular Courses for IIT-JEE:* Pratham | Prakhar | Prakhar Integrated I | Praveen | Pragyaan C3 | Champ | CATS | ABC | PYQ Express UTS | ATS 👉 Explore all: https://competishun.com/courses/ 📞 Support: 8888-0000-21 | 7410-900-901 | 7410-900-908 ----------------------------------------------------------------------------------------------------------------------------------------------------------------- Topics covered in this lecture : 00:00 - JEE Syllabus Overview: RLC Circuit - Brief insight into the topics covered in the JEE syllabus related to RLC circuits. 2:35 - RLC Circuit with DC Source - Exploration of an RLC circuit with a direct current (DC) power source. 12:55 - Conditions for Beta - Conditions that determine the behavior of an RLC circuit. 13:10 - Overdamping Response - Response of the circuit when overdamped, involving finding damping coefficient, natural frequency, and damping factor. 28:59 - Graph of Current vs. Time - Visualization of current variation over time for an RLC circuit. 30:53 - Underdamping Response - Response of the circuit when underdamped, with a graph depicting current vs. time. 36:45 - Graph of Current vs. Time - Visualization of current variation over time for underdamped response. 38:22 - Example: Finding Damping Coefficient, Natural Frequency, Damping Factor - Practical application of concepts in an example. 45:16 - Critical Damping - Exploring critical damping in an RLC circuit, illustrated with a graph of current vs. time. 48:55 - Graph of Current vs. Time - Visualization of current variation over time for critically damped response. 50:27 - Example: Finding Damping Coefficient, Natural Frequency, Damping Factor - Practical application of concepts in another example. ------------------------------------------------------------------------------------------------------------------------------------------------------ Electromagnetic Force for JEE Mains and Advanced | EMF (Electromotive Force) | Helical Path of Charged Particle | Lorentz Force | Cyclotron Motion | Cycloid Path in Magnetic Fields | Magnetic Force on Moving Charge | Magnetic Force on Current-Carrying Wire | Torque in Electromagnetic Systems | Magnetic Flux in Physics | Dipole Moment in Electromagnetism | Angular Momentum in Magnetic Fields | Electric Dipole Moment | Magnetic Field due to a Dipole | Magnetic Force on a Dipole | Electromagnetic Induction -------Free IIT JEE coaching, Free JEE Main lectures, Best IIT JEE YouTube channel, Complete JEE syllabus free, Free online coaching for JEE, Free JEE Main and Advanced preparation, Best free lectures for JEE, IIT JEE physics, chemistry, math full syllabus, Best YouTube channel for JEE Main, Free JEE Main physics lectures, Best coaching for JEE Main and Advanced, JEE Main revision lectures free, Top quality IIT JEE preparation, IIT JEE full syllabus free lectures, JEE Advanced full syllabus crash course, Free coaching videos for IIT aspirants, Best online content for JEE aspirants, Free JEE coaching by IITians, Complete JEE course on YouTube, Free mock tests and revision for JEE, #JEEMain #JEEAdvanced #Competishun #Physics #MohitTyagi