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Flippinnnnnn physicsssssss
Man this one's been the toughest vid so far took me 30 mins to make notes lols
Congrats on working your way through the whole thing!
this is a good, however I think it would be better if you make longer videos included examples/.
I appreciated the joke at the end, and your choice to have your minions groaaaaaaan :). Excellent physics dad joke.
Glad you enjoy my humor. 😁
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.
∆V can have dimensions of pressure in it,if you play around with units: Volts=Pressure/(Charge/Volume)
Spring constant is related to Young's modulus which has units of pressure.
Read Maxwell's papers, especially 1861.
5:54 ahhha ahhha ahhh aaaaaaaaæ
Flippinnnnnn physicsssssss
Man this one's been the toughest vid so far took me 30 mins to make notes lols
Congrats on working your way through the whole thing!
this is a good, however I think it would be better if you make longer videos included examples/.
I appreciated the joke at the end, and your choice to have your minions groaaaaaaan :). Excellent physics dad joke.
Glad you enjoy my humor. 😁
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.
∆V can have dimensions of pressure in it,
if you play around with units:
Volts=Pressure/(Charge/Volume)
Spring constant is related to Young's modulus which has units of pressure.
Read Maxwell's papers, especially 1861.
5:54 ahhha ahhha ahhh aaaaaaaaæ