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所在平台: Udemy |
课程主页: https://www.udemy.com/course/fundamentals-of-physics-in-hindi/
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**课程名称:** 电场与磁场基础 **课程概述:** 本课程以乌尔都语/印地语授课,旨在全面探索电场与磁场的基本原理,为学生打下坚实的理论基础,并理解其现实应用。 课程将引导学生认识电势和电势差,深入理解这些电学现象的关键组成部分。在此基础上,课程将深入探讨电容和电介质,揭示电容器及其在各类电气系统中的多样化应用。课程还将涵盖等效电容、并联和串联电容组合、电容器储能以及电介质在改变电容方面的重要作用等进阶主题。
This course offers a comprehensive exploration of the foundational principles of electricity and magnetism in Urdu/Hindi, designed to provide students with a solid grasp of these fundamental concepts and their practical implications. Throughout the course, students will be introduced to the fascinating world of electric potential and potential differences, enabling them to develop an in-depth conceptual understanding of these key components of electrical phenomena. Building on this knowledge, the course delves into the realm of capacitance and dielectrics, unraveling the mysteries of capacitors and their diverse applications in various electrical systems. The course also addresses advanced topics such as equivalent capacitances, parallel and series combinations, energy storage within capacitors, and the essential role of dielectrics in altering capacitance.Continuing our exploration, students will delve into the realm of electric current and resistance. They will uncover the intricacies of microscopic models of current, gaining insights into drift speed within conductors, the resistance properties of various materials, and the fundamental principles of Ohm's law. Additionally, the course addresses crucial concepts such as the electrical energy associated with current and resistance, as well as power calculations to comprehend the broader implications of electrical systems in everyday life. Practical examples and hands-on experiments are interwoven throughout the course, facilitating a deeper understanding of these fundamental concepts and their myriad real-world applications. Students completing this course will leave with a robust foundation in electricity and magnetism, enabling them to tackle more advanced topics in the field and pursue various careers related to electrical engineering and physics.