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In this video, we will use matrix calculations to determine the resistance of an electric circuit. We will workout three examples to illustrate the concept in detail. The calculations will be done step by step and we will verify these calculations in simulations using TINA-TI Spice. 🎯Outline of this video is shown below: ⏩ 00:00:00 Example 1 ⏩ 00:07:10 Example 2 ⏩ 00:13:06 Example 3 👉 More DC Electric Circuits videos: • DC Electric Circuits 👉 More Analog Electronics videos: • Analog Electronics ⭐ If you have questions or comments, please let me know. Help us to reach more people. Like and share this video. Subscribe to our channel: https://www.youtube.com/canbijles/?su... ⚡ CAN Education - Tutoring in Electrical Engineering, Analog Electronics, Power Electronics, Electric Circuits, Control Systems, and Math Courses ⭐ For questions, collaboration or consulting 👇 📧 [email protected] ☎️ +31616179479 🔗 https://whatsapp.com/channel/0029VajY... 🌐 https://www.canbijles.nl #electriccircuits #amplifier #design #dependent #source #thevenin #norton #equivalentcircuit #nodevoltage #kirchhoff #ohm #current #voltage #power #Electric #Circuits #Mesh #Current #Voltage #Resistor #Source #analog #electriccircuits #meshanalysis #kirchhoff #kirchoffslaw #ohms_law #ohmslaw #ohm #volt #ampere #amperecircuitallaw #Oneport #Network #Resistive #Circuits #series #parallel #electriccircuits #resistor #voltage #electric #circuit #analysis #spice Copyright © ir. Mehmet Can No part of this video and text may be reprinted, reproduced, transmitted, or utilized in any form by any electronic, mechanical, or other means, now known or hereafter invented, including photocopying, microfilming, and recording, or in any information storage or retrieval system, without written permission from the owner.