Class 12th Physics | Current Electricity Example 3.6- Detailed Solution & Explanation By Rajesh Sir скачать в хорошем качестве

Class 12th Physics | Current Electricity Example 3.6- Detailed Solution & Explanation By Rajesh Sir

📘 Class 12 Physics – Current Electricity | NCERT Example 3.6 (Fig. 3.24) In this video, Rajesh Pandit Sir explains Example 3.6 from the NCERT Class 12 Physics textbook (Chapter: Current Electricity), which asks to determine the current in each branch of the given network (Fig. 3.24). 🔍 This is a very important numerical based on Kirchhoff’s Laws, ideal for strengthening your problem-solving approach in board exams and entrance tests like JEE & NEET. 🎯 In This Video: Detailed circuit analysis using Kirchhoff’s Rules Step-by-step current calculation Common mistakes students make Pro tips for exam presentation Helpful for CBSE, ISC, State Boards, JEE, and NEET 📌 Perfect for: ✔️ Class 12 Board Exam Preparation ✔️ JEE Main & Advanced ✔️ NEET Aspirants ✔️ Students solving NCERT numericals 📍 Don’t forget to LIKE, COMMENT, SHARE & SUBSCRIBE for more NCERT example solutions by Rajesh Pandit Sir. class 12 physics example 3.6, ncert physics example 3.6, fig 3.24 current electricity, kirchhoff law class 12, rajesh pandit sir, determine current in each branch, ncert current electricity solved, class 12 physics chapter 3, current electricity numericals, cbse class 12 physics, jee mains physics numericals, ncert numerical solutions, current electricity for neet, class 12 board physics important questions