How do Condenser Microphones work? | Electric potential and Capacitance | Physics | Khan Academy

[@JAROCHELOcesarcastro]

I was expecting more comments. Excellent video. Thank you!

[@AkarshanPandey-k8v]

excellent 👌🏼

[@rampeddireddy8442]

Sir , seriously that was an excellent illustration about capacitive microphone.l've searched for this kind of information for a long time. Thank you sir it helped me a lot.

[@rajdeepmaity2507]

Amazing explanation.❤❤

[@britters3906]

this was poggers

[@Mulakulu]

Absolutely stunning explanation. Thank you so much

[@marcy707]

طلاب السادس في كل مكان

[@hrishabhpal5823]

This is actually an amazing video and explains everything simply.

[@Mythwear-dw1ew]

Don't act like you understood everything clearly. You are not a genius and I am not a genius too. I can say I didn't understand everything, but it helped a bit for sure.

[@ApocaWoka65]

Thank you kindly. very well done.

[@saveribehere5421]

Ohh my goodness I am loving your voice! So soothing and smooth 😍 thankyou for the explanation ❤

[@muznamalik4798]

must say for a layman you have described it very well. keep it up

[@avnishpathak1510]

brother... if you attach a large resistor how will the charges reach the plates firstly? Like the capacitor needs to be fully charged when we really want the charges to stop altering... wont the charges consume a lot of time.... sorry if i sound dumb but 😅

[@Mythwear-dw1ew]

TikTok users are dumb, not you. Never be ashamed of asking question about topics you are interested in

[@unqualifiedastronaut6328]

The only dumb question is the one you don't ask for fear of appearing dumb.

[@Milahteral]

I'm trying to give an answer here, correct me if I'm wrong please. The "charging time" of an condensator depends on the resistance in the circuit and the capacitance of the condensator. If the resistance is very high, I guess you can just decrease the capacitance so that it will still charge fast enough.

[@HFerrandezMotos]

Great explanation! Thanks!!