Udemy - Electrostatics - Introduction to advanced
- Category Other
- Type Tutorials
- Language English
- Total size 2.3 GB
- Uploaded By freecoursewb
- Downloads 131
- Last checked 4 days ago
- Date uploaded 6 months ago
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Infohash : E13C6EB7B0BEDBC49521A35A35BA6CAA0AE13522
Electrostatics: Introduction to advanced
https://WebToolTip.com
Published 5/2025
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 10h 18m | Size: 2.3 GB
A Comprehensive Journey from Coulomb’s Law to Advanced Electrostatic Systems
What you'll learn
Understand the fundamental principles of electrostatics, including Coulomb's Law, electric field, and electric potential
Apply mathematical techniques to solve problems involving point charges, continuous charge distributions, and Gauss’s Law
Analyze complex electrostatic systems to determine field configurations, potential maps, and energy distributions.
Evaluate electrostatic configurations for practical applications such as capacitors, shielding, and electrostatic precipitators
Requirements
Prerequisites: Basic Physics Knowledge Learners should be familiar with fundamental concepts from introductory physics, particularly Newtonian mechanics and basic properties of matter. Mathematical Foundations Understanding of algebra, basic calculus (derivatives and integrals), and vector operations is essential for solving electrostatic problems. Problem-Solving Skills Prior experience in approaching scientific or technical problems methodically will be helpful in applying theoretical concepts.
Files:
[ WebToolTip.com ] Udemy - Electrostatics - Introduction to advanced- Get Bonus Downloads Here.url (0.2 KB) ~Get Your Files Here ! 1 - Introduction
- 1 -Introduction overview of course.mp4 (175.9 MB)
- 2 - Course details.html (9.7 KB)
- 1 -Introductions.mp4 (195.0 MB)
- 2 - Material.html (43.2 KB)
- 2 -Electric field, electric field intensity, Electric potential and electric flux.mp4 (195.0 MB)
- 3 - Material.html (45.4 KB)
- 3 -Coulomb’s law.mp4 (194.9 MB)
- 4 - Coulomb's law applications and role of AI.html (51.6 KB)
- 4 - Coulomb's law applications notes.html (20.2 KB)
- 4 - Notes.html (40.6 KB)
- 1 -Gauss law definition.mp4 (135.5 MB)
- 2 - Material.html (24.0 KB)
- 2 -Gauss law of electrostatics.mp4 (135.5 MB)
- 3 -Derivation of differential and integral form of Maxwell's equation.mp4 (135.5 MB)
- 4 -Maxwell's first equation.mp4 (135.5 MB)
- 5 - Flipped class.html (83.4 KB)
- 1 -Introduction.mp4 (55.9 MB)
- 10 -Electromagnetic wave.mp4 (162.3 MB)
- 2 -Magnetostatics.mp4 (55.9 MB)
- 3 - Material.html (23.8 KB)
- 3 -Differential form of Gauss law.mp4 (135.5 MB)
- 4 -Faraday laws.mp4 (75.3 MB)
- 5 -Static Maxwell's equation Gauss law.mp4 (135.5 MB)
- 6 -Static Maxwell's equation Gauss law in magnetostatics.mp4 (90.6 MB)
- 7 -Dynamic Maxwell's equation Faraday law.mp4 (111.0 MB)
- 8 -Dynamic Maxwell's equation Ampere's law.mp4 (122.1 MB)
- 9 -Physical significance of Static and dynamic Maxwell's equations.mp4 (105.5 MB)
- 1 - Advanced Applications and Future Approaches in Electrostatics.html (20.2 KB)
- 1 - Advanced applications of electrostatics.html (30.4 KB)
- 1 - Case Studies Electrostatics and AI in Action.html (11.4 KB)
- 1 - Electrostatics Applications with AI A Detailed Overview.html (20.5 KB)
- 1 - Industry-Specific Roadmaps for Electrostatics + AI Integration.html (13.9 KB)
- Bonus Resources.txt (0.1 KB)
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