⚡ Kirchhoff's Current Law: Nodal Analysis | Problem 15 | Electrical Engineering

⚡ Kirchhoff's Current Law: Nodal Analysis 🧠 | Problem 15 📝 | Electrical Engineering 🔌 In this video, we will solve a complex 3-node circuit problem using Kirchhoff's Current Law (KCL) and Nodal Analysis. This is Problem 15 in our Network Analysis series, specifically designed for Basic Electrical Engineering students to help clear semester exams and competitive tests like GATE/ESE. ------------------------------ 🕒 Video Timestamps (Chapters) 0:00 - Circuit Diagram Overview & Identification of Nodes (V1, V2, V3) 1:00 - Applying KCL at Node 1 (Forming Equation 1) 3:44 - Applying KCL at Node 2 (Forming Equation 2) 5:22 - Applying KCL at Node 3 (Forming Equation 3) 6:58 - Solving Simultaneous Linear Equations / Matrix Method 7:50 - Final Answers (Current through 5 ohm) ------------------------------ 📖 Problem Statement & Circuit Values: Find the node voltages V1, V2, and V3 for the given network using Nodal Analysis: Independent Current Sources: 28A (incoming at V1) and 2A (outgoing from V3) Resistors: 10Ω, 2Ω, 5Ω, and 4Ω Reference Node: Ground connected at the bottom node. ------------------------------ 🎓 Important Playlists to Watch: 📌 For all previous lectures and solved numericals, check out our playlist section on my channel. ------------------------------ 🔔 Support & Subscribe: If you find this tutorial helpful, please: 👍 LIKE the video to support the channel. 🔔 SUBSCRIBE and hit the Bell Icon for regular educational content. 💬 COMMENT below if you have any doubts regarding the sign conventions or equations. ✈️ SHARE this video with your engineering branch friends! ------------------------------ 🔍 Topic Coverages & Keywords: kirchhoff's current law, nodal analysis solved problems, electrical engineering kcl, circuit analysis engineering, network analysis problems, kcl circuit analysis with 3 nodes, mesh and nodal analysis, tikles academy basic electrical engineering, problems on kirchhoff's current law, kcl equations matrix method, nodal analysis example problems with solutions, engineering physics class 12 kirchhoff law numericals. #kvl #kirchhoffslaw #kirchhoffscurrentlaw #kcl #nodalanalysis #meshanalysis #electricalengineering #tiklesacademyofeducation #networktheory #circuittheory