Basics of Capacitors

[@HeadsinPaperBags]

You sir are like a capacitor that stores awesomeness... thank you so much for this video :D

[@XxPlayMakerxX131]

You are a life saver We study this in high school which uses calculus And we only studied the basics of integrations and nothing else Thank you

[@ChefStache]

I have learned more here than in my physics lectures

[@Andrewhastings247]

nightroxide if I had a dollar for every time Ive seen this comment

[@marcosromero1054]

andrew hastings if I had a dollar for every time it’s true...

[@adamisbetterthanluke]

Thank you so much, what an excellent teacher.

[@TheFacial83]

I like the way you are teaching a lot . Can you do more topics in physics like thermodynamic or light. thank you so much professor

[@bryan92114]

Whats crazy is that i created a capacitor with my finger. We were adding a new circuit breaker in my house, theres two metal plates where you place the breaker, and i put my finger in between those two without physical contact and got shocked, not the smartest decision but it enlightened me, correct me if im wrong but i think i created a capacitor

[@VictoriaNneji]

Thank you so much for the videos... may God bless you!

[@shukurungedai1100]

this is a best on capacitance

[@odinmp5]

man you are a super teacher.!!! awesome!!

[@SHITONASTICK1100]

cheers man, save my life every time!

[@mocatz187]

Sure would like to have one of those PASCO fans to keep the shop cool in the summer. 2:58

[@isshitapatel7713]

Too helpful thank u so much...

[@prabhakarjaware4440]

Very helpful

[@hassansheikh2934]

sir lasseviren you are great

[@ramdootshaw7055]

good lecture

[@cloudfishmartin]

Thanks, you're really cool.

[@AntraxBD]

+kungman190 e0 - stands for vacuum electric permittivity, becouse the dielectric permittivity of dielectric materials is defined by the equation e=E0/E where E0 is an electric field in vacuum and E is the field in some material created by same charge on the same distance, it is no difference what charge do you take. from that you can say thet the vacuum dielectric permittivity is 1=E0/E0. so there is no mistake, this equation is just written for the capacitors that have a vacuum between the plates...

[@Infinitesap]

How come sigma equals charge/area?

[@LarryLovestein23]

It's the charge density. So if you were working with only 2D, it would be Q/L I believe. Charge over length

[@Infinitesap]

@@LarryLovestein23 thanks

[@lawrencele2607]

really left us on a cliffhanger there

[@macadona123]

I think its a bit of both

[@kungman190]

I thought C=E0ErA/d

[@techwithus3341]

are these lectures sufficient for IIT JEE

[@shukurungedai1100]

this is a best on capacitance