Transcription of Chapter 4 Gauss’s Law
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Chapter 4 Gauss’s Law
Chapter 4. Gauss's Law Electric 4-2. Gauss's 4-3. Example : Infinitely Long Rod of Uniform Charge Density .. 4-8. Example : Infinite Plane of 4-9. Example : Spherical 4-12. Example : Non-Conducting Solid 4-13. Conductors .. 4-15. Example : Conductor with Charge Inside a Cavity .. 4-18. Example : Electric Potential Due to a Spherical 4-19. Force on a 4-22. 4-23. Appendix: Tensions and Pressures .. 4-24. Animation : Charged Particle Moving in a Constant Electric 4-25. Animation : Charged Particle at Rest in a Time-Varying Field .. 4-27. Animation : Like and Unlike Charges Hanging from 4-28. Problem-Solving Strategies .. 4-29. Solved Problems .. 4-31. Two Parallel Infinite Non-Conducting 4-31. Electric Flux Through a Square 4-32. Gauss's Law for 4-34. Electric Potential of a Uniformly Charged Sphere.
2 4πr1, the total solid angle subtended by the sphere is 2 1 2 1 4 4 r r π Ω= =π (4.2.7) The concept of solid angle in three dimensions is analogous to the ordinary angle in two dimensions. As illustrated in Figure 4.2.5, an angle ∆ϕ is the ratio of the length of the arc to the radius r of a circle: s r ϕ ∆ ∆= (4.2.8)
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