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Yu An,
Liuwan Zhang,
and
Xinyi Chen
在本物理课程中，您将学习电磁学，这是物理学的一个分支，包括电场和磁场的研究。
这是一个为期七周的课程，分为基础部分和高级部分。大多数学习者和工程专业的学生可能会选择仅学习基础知识。那些想要学习物理专业水平的人也应该学习该课程的高级部分。然而，期末考试只会涵盖基本部分。
Read more
在本物理课程中，您将学习电磁学，这是物理学的一个分支，包括电场和磁场的研究。
这是一个为期七周的课程，分为基础部分和高级部分。大多数学习者和工程专业的学生可能会选择仅学习基础知识。那些想要学习物理专业水平的人也应该学习该课程的高级部分。然而，期末考试只会涵盖基本部分。
Read more
在本物理课程中，您将学习电磁学，这是物理学的一个分支，包括电场和磁场的研究。
这是一个为期七周的课程，分为基础部分和高级部分。大多数学习者和工程专业的学生可能会选择仅学习基础知识。那些想要学习物理专业水平的人也应该学习该课程的高级部分。然而，期末考试只会涵盖基本部分。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）。视频分为基础内容和改进内容（明星或双星）。普通学习者和工科学生只需选择基础内容进行学习。为了满足物理专业的学习要求，他们需要学习额外的改进内容。期末考试只涵盖基本内容。
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What's inside
Learning objectives
- 电场和磁场
- 你将学到什么：
- 电场和磁场
- 你将学到什么：
Good to know
Good to know
Know what's good ,
what to watch for , and
possible dealbreakers
这个电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
Save this course
Save 电磁学 | Electromagnetism to your list so you can find it easily later:
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Activities
Be better prepared
before
your course. Deepen your understanding
during
and
after
it. Supplement your coursework and achieve mastery of the topics covered
in 电磁学 | Electromagnetism with these
activities:
Review College Physics
Show steps
Refreshing college physics knowledge, especially in electricity and magnetism, will provide a strong foundation for this electromagnetism course.
Browse courses on
Electromagnetism
Show steps
-
Review notes and textbooks from college physics
-
Practice solving problems related to electricity and magnetism
-
Complete practice quizzes or tests to assess understanding
Attend the Electromagnetism Workshop
Show steps
Attending this workshop can reinforce understanding of core concepts covered in electromagnetism.
Browse courses on
Electromagnetism
Show steps
-
Register for the Electromagnetism Workshop
-
Attend all sessions of the workshop
-
Participate actively in discussions and hands-on activities
Electromagnetism Video Tutorials
Show steps
Watching video tutorials can provide a supplementary explanation of concepts covered in the course, enhancing understanding.
Browse courses on
Electromagnetism
Show steps
-
Search for reputable sources of electromagnetism video tutorials
-
Watch videos that cover topics aligned with the course content
-
Take notes or summarize the key points discussed in the videos
Four other activities
Expand to see all activities and additional details
Show all seven activities
Electromagnetism Study Group
Show steps
Engaging in study groups fosters collaboration and discussion, leading to deeper understanding and improved problem-solving skills.
Browse courses on
Electromagnetism
Show steps
-
Form a study group with classmates
-
Meet regularly to discuss course material, solve problems, and quiz each other
-
Prepare summaries or presentations on specific topics to share with the group
Electromagnetism Problem Solving
Show steps
Solving practice problems helps reinforce understanding, develop problem-solving skills, and identify areas that need more attention.
Browse courses on
Electromagnetism
Show steps
-
Collect practice problems from textbooks, online resources, or the course instructor
-
Attempt to solve the problems independently
-
Check solutions and identify areas where improvement is needed
-
Repeat the process to improve problem-solving abilities
Read Griffiths' Introduction to Electrodynamics
Show steps
Reading a specialized book on electrodynamics provides a deeper understanding of the subject and exposes students to advanced concepts.
View
Introduction to Electrodynamics
on Amazon
Show steps
-
Acquire a copy of Griffiths' Introduction to Electrodynamics
-
Read and study the chapters relevant to the course content
-
Solve problems and answer questions based on the book's material
Electromagnetism Project
Show steps
Completing a project allows students to apply their knowledge, develop creativity, and deepen their understanding of electromagnetism.
Browse courses on
Electromagnetism
Show steps
-
Identify a project topic related to electromagnetism
-
Research the topic and gather necessary information
-
Design and build a project that demonstrates understanding of electromagnetism
-
Prepare a report or presentation showcasing the project
Review College Physics
Show steps
Refreshing college physics knowledge, especially in electricity and magnetism, will provide a strong foundation for this electromagnetism course.
Browse courses on
Electromagnetism
Show steps
Show steps
Show steps
- Review notes and textbooks from college physics
- Practice solving problems related to electricity and magnetism
- Complete practice quizzes or tests to assess understanding
Attend the Electromagnetism Workshop
Show steps
Attending this workshop can reinforce understanding of core concepts covered in electromagnetism.
Browse courses on
Electromagnetism
Show steps
Show steps
Show steps
- Register for the Electromagnetism Workshop
- Attend all sessions of the workshop
- Participate actively in discussions and hands-on activities
Electromagnetism Video Tutorials
Show steps
Watching video tutorials can provide a supplementary explanation of concepts covered in the course, enhancing understanding.
Browse courses on
Electromagnetism
Show steps
Show steps
Show steps
- Search for reputable sources of electromagnetism video tutorials
- Watch videos that cover topics aligned with the course content
- Take notes or summarize the key points discussed in the videos
Four other activities
Expand to see all activities and additional details
Show all seven activities
Electromagnetism Study Group
Show steps
Engaging in study groups fosters collaboration and discussion, leading to deeper understanding and improved problem-solving skills.
Browse courses on
Electromagnetism
Show steps
Show steps
Show steps
- Form a study group with classmates
- Meet regularly to discuss course material, solve problems, and quiz each other
- Prepare summaries or presentations on specific topics to share with the group
Electromagnetism Problem Solving
Show steps
Solving practice problems helps reinforce understanding, develop problem-solving skills, and identify areas that need more attention.
Browse courses on
Electromagnetism
Show steps
Show steps
Show steps
- Collect practice problems from textbooks, online resources, or the course instructor
- Attempt to solve the problems independently
- Check solutions and identify areas where improvement is needed
- Repeat the process to improve problem-solving abilities
Read Griffiths' Introduction to Electrodynamics
Show steps
Reading a specialized book on electrodynamics provides a deeper understanding of the subject and exposes students to advanced concepts.
View
Introduction to Electrodynamics
on Amazon
Show steps
Show steps
Show steps
- Acquire a copy of Griffiths' Introduction to Electrodynamics
- Read and study the chapters relevant to the course content
- Solve problems and answer questions based on the book's material
Electromagnetism Project
Show steps
Completing a project allows students to apply their knowledge, develop creativity, and deepen their understanding of electromagnetism.
Browse courses on
Electromagnetism
Show steps
Show steps
Show steps
- Identify a project topic related to electromagnetism
- Research the topic and gather necessary information
- Design and build a project that demonstrates understanding of electromagnetism
- Prepare a report or presentation showcasing the project
Career center
Learners who complete 电磁学 | Electromagnetism will develop knowledge and skills
that may be useful to these careers:
Electrical Engineer
Electrical Engineer
This introductory course in electromagnetism can provide valuable insights for an Electrical Engineer, who analyzes the behavior of electrical systems and components, including the effects of electric fields and magnetic fields. Acquiring these fundamentals through this course can help Electrical Engineers develop new solutions to complex problems and advance their careers in fields such as power generation, telecommunications, and electronics design.
Electronics Engineer
Electronics Engineer
Understanding the principles of electromagnetism, as covered in this course, is crucial for Electronics Engineers who design and develop electronic circuits, devices, and systems. The knowledge gained can aid them in optimizing circuit performance, mitigating electromagnetic interference, and advancing their expertise in areas like consumer electronics, communications, and computer hardware.
Electromagnetic Compatibility Engineer
Electromagnetic Compatibility Engineer
This course in electromagnetism serves as a strong foundation for Electromagnetic Compatibility Engineers, whose role involves ensuring the proper functioning of electrical and electronic systems in the presence of electromagnetic interference. By understanding the underlying principles, they can effectively design, test, and troubleshoot systems to meet regulatory standards and prevent electromagnetic hazards.
Microwave Engineer
Microwave Engineer
The principles and applications of electromagnetism are critical for Microwave Engineers, who design, develop, and maintain microwave systems such as radars, communication devices, and medical imaging equipment. This course provides a strong theoretical foundation in electromagnetism, enabling Microwave Engineers to optimize system performance, mitigate interference, and innovate in the field.
RF Engineer
RF Engineer
Radio Frequency (RF) Engineers rely heavily on the concepts of electromagnetism, as covered in this course, to design and optimize RF circuits, antennas, and communication systems. Understanding the behavior of electromagnetic waves and their interactions with materials is essential for RF Engineers to develop efficient and reliable wireless technologies.
Systems Engineer
Systems Engineer
Electromagnetism plays a significant role in systems engineering, where engineers design, integrate, and test complex systems involving electrical and electronic components. This course can provide Systems Engineers with a solid grasp of electromagnetic principles, enabling them to analyze system performance, identify potential electromagnetic issues, and develop effective solutions.
Physics Teacher
Physics Teacher
High school or university Physics Teachers who teach electromagnetism will benefit from this course to enhance their understanding of the subject matter. The comprehensive coverage of electric and magnetic fields, as well as their interactions, will provide Physics Teachers with the necessary knowledge to effectively convey complex concepts to their students.
Nuclear Engineer
Nuclear Engineer
Electromagnetism is an essential field of study for Nuclear Engineers, who apply the principles of nuclear science to design, operate, and maintain nuclear power plants or other nuclear facilities. This course can provide Nuclear Engineers with a solid understanding of the interactions between electric and magnetic fields and charged particles, which is crucial for understanding nuclear processes and ensuring the safe and efficient operation of nuclear systems.
Materials Scientist
Materials Scientist
Electromagnetism is closely related to the study of materials science, where researchers investigate the properties and behavior of different materials. This course can provide Materials Scientists with a deeper understanding of how electromagnetic fields affect the electrical and magnetic properties of materials, aiding them in the development of new materials with enhanced functionalities.
Mechanical Engineer
Mechanical Engineer
Mechanical Engineers may encounter principles of electromagnetism in their work, such as when designing electric motors, generators, or electromagnetic actuators. This course can provide Mechanical Engineers with a basic understanding of electric and magnetic fields, enabling them to consider electromagnetic effects in their designs and collaborate effectively with electrical engineers.
Computer Engineer
Computer Engineer
Computer Engineers may encounter electromagnetism in the context of designing computer hardware, such as printed circuit boards or high-speed interconnects. This course can provide Computer Engineers with a foundational understanding of electromagnetic principles, enabling them to mitigate electromagnetic interference, optimize signal integrity, and design reliable computer systems.
Aerospace Engineer
Aerospace Engineer
Aerospace Engineers may encounter electromagnetism in the design and operation of aircraft or spacecraft systems, such as electrical power systems, antennas, or navigation equipment. This course can provide Aerospace Engineers with a basic understanding of electric and magnetic fields, enabling them to understand and troubleshoot electromagnetic issues that may arise in aerospace applications.
Civil Engineer
Civil Engineer
Civil Engineers may encounter electromagnetism in the design of infrastructure projects, such as electrical power distribution systems or buildings with lightning protection systems. This course can provide Civil Engineers with a basic understanding of electric and magnetic fields, enabling them to collaborate effectively with electrical engineers and ensure the safe and reliable operation of infrastructure systems.
Environmental Engineer
Environmental Engineer
Environmental Engineers may encounter electromagnetism in the context of environmental monitoring or pollution control, such as using electromagnetic sensors to detect pollutants or designing electromagnetic systems for waste treatment. This course can provide Environmental Engineers with a basic understanding of electric and magnetic fields, enabling them to understand and apply electromagnetic technologies in their work.
Industrial Engineer
Industrial Engineer
Industrial Engineers may encounter electromagnetism in the design or optimization of industrial processes, such as those involving electric motors, generators, or electromagnetic sensors. This course can provide Industrial Engineers with a basic understanding of electric and magnetic fields, enabling them to consider electromagnetic effects in their designs and improve the efficiency of industrial systems.
For more career information including salaries, visit:
OpenCourser.com/course/r5x1v5/Dian
Reading list
We've selected seven books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
电磁学 | Electromagnetism.
本书是电磁学领域的经典教材，内容深入浅出，适合有一定物理基础的读者学习。
本书为工程专业本科生编写的电磁学教材，注重理论与工程应用相结合。
本书是麻省理工学院电磁学课程的教材，内容全面、系统，是学习电磁学的一本好教材。
Save
本书为物理专业研究生编写的电磁学教材，也是一本经典的电磁学教材。
本书为物理专业本科生编写的电磁学教材，注重理论与实验相结合。
本书是电磁学领域的经典教材，内容深入浅出，适合有一定物理基础的读者学习。
本书为物理专业本科生编写的电磁学教材，注重理论与应用相结合。
For more information about how these books relate to this course, visit:
OpenCourser.com/course/r5x1v5/Dian
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Effort
5 to 6 hours per week for 7 weeks
Level
Introductory
Via
edX
Institution
Tsinghua University
Instructors
Yu An
Liuwan Zhang
Xinyi Chen
Session
March 4, 2024
- September 1, 2024
Language
中文
Transcript
中文
Good to know
这个电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
本电磁学课程主要研究电场和磁场，一般需要28小时（约7周）的时间。
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