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zakruti.com » Knowledge, science, education » Crash Course
Electric Fields: Crash Course Physics #26

Electric Fields: Crash Course Physics #26

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Rating: 4.0; Vote: 1
Electric Fields: Crash Course Physics #26 saimounika: So,
1. Electric field inside a conductor is zero.
2. A capacitor works by creating an electric field between 2 oppositely charged plates.
3. When u place a positive charge inside a conductor, The electric field at the centre of the conductor is still zero. But there is an electric field between the centre and the negatively charged shell. Moreover, the entire conductor surface is now positively charged and generates an electric field to the outside.
Okay, so I guess when I put a negative charge at the centre of a positively charged conductor at electrostatic equilibrium, charges are rearranged so that the conductor is now negatively charged.
Well, what happens if I put a negative charge at the centre of a negatively charged conductor?

Date: 2022-04-04

Comments and reviews: 3


How can this be applied to explain the interaction of electric fields generated by subcortical neurons and their impact on cortical neurons? Could a formula be created (if it doesn't already exist) to help determine the influence of electric fields generated from subcortical brain structures on cortical brain processes? Especially when considering EEG?
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Thank you! My physics class should have consisted of watching these videos!
Btw, I actually find the rapid fire editing helpful, maybe because I have ADHD and thus the less time there is for my mind to wander the better!

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Listen in 2x for 40 sec then bring it back to normal. this way she seems slower. and all the best for you exam in less than 11 hours
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