23.4 - Lei de Gauss | Halliday & Resnick - Vol. 3 - Eletromagnetismo

23.4 - Gauss's Law | Halliday & Resnick - Vol. 3 - Electromagnetism Gauss's Law is a law that relates the flux of the electric field through a closed surface to the charge surrounded by that surface. As we will see, this will be of great importance for calculating the electric field given some special symmetries. **This video is part of the playlist where we cover all the chapters of the book Halliday & Resnick - Vol. 3 - Electromagnetism (8th Edition). https://bit.ly/2X4Q907 ================= ✔INSTAGRAM -   / fisicacomprecisao   On our profile you will find: Lesson plans published on YouTube for download in PDF format Tips on studying, the job market, scientific initiation, and much more... ================= ✔STILL HAVE QUESTIONS? I'm here to help :) Leave your questions in the comments and I'll be happy to answer them! ================= ✔CONTINUE YOUR STUDIES… Video of the previous lesson 23.3 - Flux of an Electric Field -    • 23.3 - Fluxo de um Campo Elétrico | Hallid...   Video of the next lesson 23.5 - Gauss's Law and Coulomb's Law -    • 23.5 - Lei de Gauss e Lei de Coulomb | Hal...   We also provide playlists with videos corresponding to the books: Halliday & Resnick - Volume 1 - Mechanics | 8th Edition https://bit.ly/3f2ls1S Halliday & Resnick - Volume 2 - Gravitation, Waves, and Thermodynamics | 8th Edition https://bit.ly/30VB56b Solved Exercises - Halliday & Resnick - Volumes 1, 2, and 3 | 8th Edition https://bit.ly/2CMeh0U ================ Welcome to Physics with Precision! This channel was created for those who truly want to learn physics. Here, every step is explained in detail, and rigor is our hallmark. We break down the mathematical passages to make everything as clear as possible. I'm Felipe Fanchini, a professor at Unesp in Bauru since 2012. I was a research associate at the International Center of Theoretical Physics, ICTP – Italy, for 6 years, between 2014 and 2019. I have published over 40 scientific articles in the field of quantum computing and information, with over 2,000 citations. I edited a book on quantum correlations for Springer in Germany. I'm a CNPq Level 1 Productive Scholar and have several research projects funded by national funding agencies such as FAPESP and CNPq. My main goal is to explain physics to everyone who wants to learn, and that's also why the comments are open: write your questions and suggestions. I intend to answer them all. For those who want to learn physics with precision, this is the right channel. Everyone is very welcome, and let's get to work! ================= DO NOT CLICK HERE: https://bit.ly/3jK5zRg