2.2.3 Applications of Gauss's Law (1)

Part 1 of 2.2.3, we run through Example 2 and calculate the electric field due to a spherical shell charge.

If you haven't solved Problem 2.7, I recommend you do before watching this video, so you appreciate the power of Gauss's Law.

Next: 2.2.3 Applications of Gauss's Law (2)

[JshReed]

Gauss's Law rocks. Thanks for the 5 examples!

[brandonperez]

Nice! By the way, you should note to your viewers that this equation for the electric field of a sphere only holds for locations outside the sphere. 

[diamonddust]

I love Gauss's law, using symmetry, one could solve the problems related to electric field in much simpler way that traditional formula for electric field, morever, equation is very eye-catching 😅

[deepakrajurathod]

Hi sir i want to solve more problems on it so give me suggestions were i have found the problems and there solutions Also

[ttpro]

Thanks for video, but i little confuse.
*What is the problem  (i don't have a book you are using, )?
*I don't understand very clear the final equation . I suggest you get more detail by using <=> .
*I can listen to English, but i am not native, i may miss something, so, subtitle may helpful
anyway, thanks for video.

[jg]

No prob. Had a lot of fun making them.

[andreygizdov]

This way of doing Physics is just sooo not rigorous in terms of mathematics. Do Physicists even know what they're doing on the very deep mathematical level when they just take the magnitudes in the integral?

I don't know if this is common in Physics in general, but it seems this whole book is just based on abstractions that nobody really thinks deeply about OR tries to show with precise mathematical terms in fact hold true ... Pure carpentry.

[DiegoHernandez-ehiv]

Why is E a constant on a Gaussian Surface?

[minutephysics]

I need solution of chapter no 2 problems