Mohit Tyagi Magnetism Full

Currently Playing: 2 Bar magnets | Magnetic field due to moving charge | Magnetic field due to wire | Biot savat's law

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 ----------------- Bar magnets | Magnetic field due to moving charge | Magnetic field due to wire | Biot savat's law magnetic effect of current, magnetism, magnetic field due to current carrying wire, Bar magnets Magnetic field Magnetic effect of current Magnetism EMF IIT advanced JEE main magnetic dipole, a bar magnet, north pole south pole, pole strength, magnetic dipole, magnetic field due to bar magnet, bar magnet in a uniform magnetic field, oscillation of bar magnet, time period of magnet performing SHM, is discussed by Kota famous faculty Amit Bijarnia ABJ sir IITD. ------- Topics covered in this lecture with timestamp : 00:00 Magnetic Field due to Bar Magnet/Magnetic Dipole: Introduction to the magnetic field generated by a bar magnet or magnetic dipole, which exhibits north and south poles. 02:28 Magnetic Field at Axis: Explanation of the magnetic field strength at the axis of a bar magnet, where the field lines emerge from the north pole and converge at the south pole. 10:00 Magnetic Field at Equatorial Line: Discussion on the magnetic field strength at the equatorial line of a bar magnet. 16:30 Magnetic Field at Any General Point: Explanation of how to calculate the magnetic field strength at any point in space surrounding a bar magnet using relevant formulas. 24:25 Example Based on Formula: Solving examples problem related to the magnetic field strength at a specific point using the derived formulas. 28:10 Find magnetic force between these bar magnets. 40:35 Magnetic Field due to Moving Charge (Experimental): Introduction to the magnetic field generated by a moving charge, highlighting experimental observations and phenomena. 58:10 Magnetic Field due to Current Carrying Wire (Biot-Savart's Law): Explanation of Biot-Savart's law, which describes the magnetic field produced by a current-carrying wire at a point in space. --------------- Magnetic Effects of Current for JEE Mains and Advanced | Bar Magnet in Magnetic Field | Biot-Savart Law | Magnetic Field Due to Magnetic Charge | Magnetic Field Due to Current-Carrying Loop | Magnetic Field Due to Solenoid | Ampere's Law | Toroid in Magnetic Fields | Magnetic Field Due to Long Cylinder | Magnetic Field Around a Wire | Magnetic Force on Current-Carrying Conductor | Magnetic Dipole Moment | Force Between Two Parallel Currents | Magnetic Field Inside a Toroid | Magnetic Flux in Physics. ------------ 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, Free JEE coaching by IITians, Complete JEE course on YouTube, Free mock tests and revision for JEE, #JEEMain #JEEAdvanced #Competishun #Physics #MohitTyagi