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University Physics with Modern Physics notes
Hugh D. Young, Roger A. Freedman - ISBN: 9780321973610
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View all 1 notes for University Physics with Modern Physics, written by Hugh D. Young, Roger A. Freedman. All University Physics with Modern Physics notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a University Physics with Modern Physics summary or other study material that matches your study style perfectly, and studying will be a breeze.
Best selling University Physics with Modern Physics notes
These notes go through the fundamental properties of Gauss's law, as well as applications of the law. The notes involve electric flux, how to calculate electric flux, electric flux of angled areas, Gauss's law qualitatively and quantitatively, how to find the electric field surrounding a sphere, cavities and their charges, and useful examples that illustrate the law.
- Textbook notes
- • 3 pages •
These notes go through the fundamental properties of Gauss's law, as well as applications of the law. The notes involve electric flux, how to calculate electric flux, electric flux of angled areas, Gauss's law qualitatively and quantitatively, how to find the electric field surrounding a sphere, cavities and their charges, and useful examples that illustrate the law.
Do you have documents that match this book? Sell them and earn money with your knowledge!
Newest University Physics with Modern Physics summaries
These notes go through the fundamental properties of Gauss's law, as well as applications of the law. The notes involve electric flux, how to calculate electric flux, electric flux of angled areas, Gauss's law qualitatively and quantitatively, how to find the electric field surrounding a sphere, cavities and their charges, and useful examples that illustrate the law.
- Textbook notes
- • 3 pages •
These notes go through the fundamental properties of Gauss's law, as well as applications of the law. The notes involve electric flux, how to calculate electric flux, electric flux of angled areas, Gauss's law qualitatively and quantitatively, how to find the electric field surrounding a sphere, cavities and their charges, and useful examples that illustrate the law.
Do you have documents that match this book? Sell them and earn money with your knowledge!
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