Energy Stored in a Capacitor

[@MongoosePreservationSociety]

Flippinnnnnn physicsssssss

[@kentasparks8804]

Man this one's been the toughest vid so far took me 30 mins to make notes lols

[@FlippingPhysics]

Congrats on working your way through the whole thing!

[@мир-н3л4х]

this is a good, however I think it would be better if you make longer videos included examples/.

[@jgalexander510]

I appreciated the joke at the end, and your choice to have your minions groaaaaaaan :). Excellent physics dad joke.

[@FlippingPhysics]

Glad you enjoy my humor. 😁

[@typedef_]

Consider how this can be converted to the mechanical domain in which a capacitor becomes a spring and potential difference becomes a force. The formula for energy is identical.

[@The_Green_Man_OAP]

∆V can have dimensions of pressure in it,
if you play around with units:
Volts=Pressure/(Charge/Volume)

[@The_Green_Man_OAP]

Spring constant is related to Young's modulus which has units of pressure.

[@The_Green_Man_OAP]

Read Maxwell's papers, especially 1861.

[@Thelearninglouge]

5:54 ahhha ahhha ahhh aaaaaaaaæ