🌟 Welcome to Trending Tutor, your trusted education partner for Class 12 Physics CBSE 2026 and JEE Mains 2026 preparation! 🌟 In this in-depth and concept-focused video lecture, we bring you a complete, NCERT-aligned explanation of one of the most crucial Class 12 Physics topics — Applications of Gauss Law. Specifically, this session covers the electric field due to an infinitely long straight wire and the electric field due to a uniformly charged spherical shell. These concepts are extremely important not only for scoring well in your CBSE Class 12 board exam 2026 but also for competitive entrance exams like JEE Mains 2026, where conceptual clarity is key. This full-length lecture is designed to clear all your doubts and give you the confidence to solve even the most challenging numerical and reasoning-based questions. Following the updated CBSE Class 12 Physics syllabus 2025–2026 and the latest JEE Mains pattern, this lecture is a must-watch for every serious aspirant. Class Notes Pdf Link:https://t.me/trendingtutor01/212 Doubt Group link: t.me/trendingtutordoubts Why this lecture is important? Gauss Law is a central law in electrostatics, frequently tested in CBSE boards and JEE exams. Electric field due to an infinite long wire is a classic problem in the CBSE Class 12 Physics textbook. Electric field due to a uniformly charged shell is a concept that builds a foundation for advanced topics like electrostatics of conductors, capacitors, and shielding. Multiple-choice questions, case-study questions, and assertion-reasoning questions in board exams often include these concepts. Direct JEE Mains and even JEE Advanced questions have been repeatedly asked from these topics. 👉 What’s covered in this lecture? ✅ Brief recap of Gauss Law fundamentals ✅ Symmetry-based applications of Gauss Law ✅ Electric field due to an infinite straight uniformly charged wire ✅ Mathematical derivation with step-by-step explanation ✅ Concept of cylindrical Gaussian surfaces ✅ Electric field due to a uniformly charged spherical shell ✅ Field inside, on the surface, and outside the shell ✅ Solved examples and previous year question discussion ✅ Common mistakes and misconceptions to avoid ✅ NCERT textbook and exemplar problem coverage ✅ Short tricks for faster calculation in JEE Mains 2026 ✅ Conceptual questions for CBSE 2026 board exams ✅ Practice tips and preparation strategy This lecture is designed with a strong focus on CBSE 2026 board exam pattern as well as JEE Mains 2026, ensuring that you get conceptual clarity along with problem-solving strategies. With our NCERT-based explanation and JEE Mains–oriented approach, you will gain a solid understanding of Electric Charges and Fields, including the applications of Gauss Law in infinite wires and spherical shells, which are heavily tested every year. ✅ Stay tuned to Trending Tutor for: Complete NCERT-based Physics lectures JEE Mains 2026 problem-solving techniques CBSE 2026 Physics sample papers Conceptual question practice Past year questions And much more! 👉 Don’t forget to like, share, and subscribe so you never miss an update to power up your CBSE and JEE 2026 Physics preparation! Class 12 Physics Electric Charges and Field, CBSE 2026, JEE Mains 2026, Gauss Law application, electric field due to long wire, electric field due to shell, NCERT Class 12 Physics, Gauss Law derivation, infinite wire electric field, spherical shell electric field, CBSE 12th Physics 2026, JEE Physics Chapter 1, electrostatics class 12, CBSE Physics syllabus 2026, NCERT solutions, JEE preparation 2026 #Class12Physics #ElectricChargesAndFields #CBSE2026 #JEE2026 #GaussLaw #Electrostatics #NCERTPhysics #PhysicsLecture #Class12BoardExam #InfiniteWireElectricField #SphericalShellElectricField #GaussLawApplications #PhysicsConcepts #PhysicsRevision #PhysicsDerivation #PhysicsMadeEasy #JEEPreparation #CBSEPhysics #ElectricField #ElectricFieldDueToWire #ElectricFieldDueToShell #PhysicsClass12 #CBSEBoardPhysics #JEEPhysics #TrendingTutor #NCERTClass12 #BoardExamPhysics #PhysicsStrategy #ConceptualPhysics #JEEMains2026Preparation #PhysicsFullLecture