Table of all physics integrations

In summary, the conversation revolved around the use of integrals in electrical engineering and the request for a table of all integrals to better understand the relationship between different units. A suggestion was made to refer to a textbook for a list of useful integrals.
  • #1
foges
53
0
Im currently studying electrical engineering and unlike in high school we are using lots of integrals solve physical problems (big surprise:P) Anyway i was wondering if anyone had a table of all integrals to help me see the relationship between different units.

eg integral(Electric field) = Voltage

Thanks
 
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  • #2
yea i have one, it's called the entire body of knowledge that is physics.
 
  • #3
foges said:
Im currently studying electrical engineering and unlike in high school we are using lots of integrals solve physical problems (big surprise:P) Anyway i was wondering if anyone had a table of all integrals to help me see the relationship between different units.

eg integral(Electric field) = Voltage

Thanks

Units can be a particularly annoying subject, especially in electromagnetism where there are a few competing systems of units in (relatively common) use.

For a discussion of units see Jackson's "Classical Electrodymanics" Appendix on units.

If you want a list of useful integrals to look at, you could just go through your textbook and write down all the integral equations that appear useful (perhaps starting with the integrals used to define quantities).

Cheers.
 

FAQ: Table of all physics integrations

What is a "Table of all physics integrations"?

A "Table of all physics integrations" is a comprehensive list of all the different physical phenomena that can be studied and understood using the principles of physics. It includes topics such as mechanics, thermodynamics, electromagnetism, and quantum mechanics.

Why is it important to have a table of all physics integrations?

Having a table of all physics integrations allows scientists to have a comprehensive understanding of the different physical phenomena and how they relate to each other. It also serves as a reference for researchers and students to easily access information about a specific topic and its applications.

How is the table of all physics integrations organized?

The table is typically organized according to the different branches of physics, such as classical mechanics, thermodynamics, and electromagnetism. Each branch may then be further divided into subtopics, depending on the depth and breadth of the table.

What is the purpose of including all physics integrations in one table?

The purpose of including all physics integrations in one table is to show the interconnectedness of different physical phenomena and how they can be explained by a few fundamental principles. It also allows scientists to see the relationships between different branches of physics and how they can be applied to solve real-world problems.

How is the table of all physics integrations used in research?

The table is often used as a reference for researchers to explore new topics and to understand the current state of research in a particular field. It can also serve as a starting point for scientists to identify potential areas for further study and collaboration.

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