Parallel Plate Capacitor

[@aleksandr-physics]

eBook: en.fufaev.org/physics-equations-book Paperback: tinyurl.com/physics-paperback Hardcover: tinyurl.com/physics-hardcover

[@pyropulseIXXI]

Yo, you make literally the best videos on such topics. Your first vid on Maxwell's equations is *_TOP NOTCH STUFF_*

[@aleksandr-physics]

Thank you pyropulse!

[@shreyassmadane6020]

Thank you for your Efforts in Explaining the Topic.🎉😊

[@mathathiknai]

Your explanations are amazing! Could you make a video on understanding plane waves? Thanks.

[@aleksandr-physics]

Thank you !

[@wdujsub7902]

Great videos, but just one correction, the bead on the cable at 1:40 is basically a filter that filters out high frequency noise that is induced into the wires of the cable. It is an inductor, so the exact opposite of a capacitor.

[@aleksandr-physics]

Thanks! Yep, you're right! #### Become a channel member 🏆 #### As a channel member you have many cool benefits: * Access to premium videos * Badge next to your name * Unique channel emojis * Your vote counts 10x! * and much more kzbin.infojoin ############### Of course, I would also appreciate a small donation: tinyurl.com/denker-donate

[@zerihuntesfaye8136]

I am really excited about your explanation. Why don’t you make more videos about different topics. Because you have an amazing talent.

[@aleksandr-physics]

Thank you!

[@nothingpersonalkid]

You hit it,clearly understandable 💖.

[@aleksandr-physics]

Thank you!

[@pyropulseIXXI]

I love how E times d is voltage potential, while F times d is energy potential. So, the gravitational field dot distance is gravitational voltage, and a test mass of mass _m_ will acquire an energy equal to its mass times gravitational voltage. This means that the velocity of a test mass _m_ is equal to sqrt[2V], where _V_ is the gravitational voltage. Since _V_ = _gd,_ then _v_ = sqrt[2 _gd_ ] or _v_ = sqrt[ _2gh_ ], an incredibly simple result easily achieved from setting the kinetic energy equal to the gravitational potential energy; in this case, I opted to set the gravitational voltage times test mass equal to the kinetic energy.

[@maxgh8534]

3:08 So big Q is the charge on the plates and q is the electric charge from a thought experiment where the charge is accelerated?

[@aleksandr-physics]

yep

[@maxgh8534]

@@aleksandr-physics thank you for the answer. I got confused by the same letter :D

[@PRINCE-lp3bt]

effect of unequal plates on the capacitance of the capacitor must be also explained how the electric field varies if the plates are unequal, also 2nd case of un homogenous

[@abelquiron2653]

A good video. Thanks.

[@aleksandr-physics]

Finally someone comments on my less known videos! Thank you! 😄 Feel free to join the polls I'm doing in the community tab. There you can vote for the next video topic: kzbin.infocommunity If you regularly visit my channel and like my videos, I would be happy about 1 x coffee ☕ per month: kzbin.infojoin

[@yosefpatinio3669]

Make a video about inductor too please!

[@lucaslauriano4357]

"Bow ties (and physics) are cool!" Awesome explanation :)

[@aleksandr-physics]

[@arthurostergard]

Terrific!

[@aleksandr-physics]

Why?

[@tasneemAlam-bj8me]

Which software you use to animation

[@fat-zer1508]

The filter on the cable is a ferrite ring, not a capacitor.

[@aleksandr-physics]

yes, true!

[@nit98887]

o bhai formula???