RC Circuits | Physics with Professor Matt Anderson | M22-13

If we now put both resistors and capacitors into the same circuit, what do we get?
Physics with Professor Matt Anderson

[@cjjayaseelan8056]

Always admire him. He is the one of the best Professor i have come across. Thanks for your Contribution and service Professor.

[@blakebrown7794]

Me too. But his class room are dim bulbs.

[@yoprofmatt]

Wow, thanks. I don't pretend to get everything right, but I'm glad you're finding some value in it. Cheers, Dr. A

[@yoprofmatt]

I think many were just camera shy. They're good kids. Cheers, Dr. A

[@MohammadkazimHalimy]

I have never seen such a complete and comprehensive class! Thanks

[@peterschmurr6483]

How do you do that??? Are you writing backwards?

[@beastygabe]

i think he writes like normal, then takes the video and flips it

[@weirdfish1216]

@@beastygabe But in some videos, there are students asking and answering questions. How do they see the writing on the board?

[@tuongdihoc]

OMG, the best Professor i have come across!

[@Salamanca-joro]

I was lying on bed about to go to sleep and i said let me just watch this video because i have final exam next week! And guess what? The best thing i did Thank you so much legend

[@adnanphysist2822]

Controlled bursting of physics by dear sir Matt❤️

[@yoprofmatt]

Trying some restraint. Cheers, Dr. A

[@Yxy17]

Thank you Dr. A, I just have a small question. At 7:35 wouldn't you need another resistor in the leftmost loop? Without one, according to Ohm's Law, the current would surge and potentially lead to a short circuit.

[@user-ns5sd2qw9w]

Thank you Professor ---

[@vdg83]

Thank you Dr. A. A question in the figure at 3:33 - Isn't Kirchoff's loop law violated during this initial transient state?

[@yoprofmatt]

Yes indeed. Kirchoff's Law apply to steady state or low frequency circuit behavior. The transient effects right after closing the switch makes it more complicated. Thanks. Cheers, Dr. A

[@NeerajKumar-mm9px]

As we know that if the capacitor get fully charged then there is no flow of charge through it(capacitor) but is it possible for a capacitor to get more charge if we place a dielectric between the plates of capacitor as dielectric increase the capcitance

[@yoprofmatt]

If you put a dielectric in between the plates, the E field drops a bit. This means the effective capacitance has increased. Since Q=CV, bigger C means more charge at the same voltage. Cheers, Dr. A

[@praiseobiora5571]

genius

[@mathshashira6635]

Hello professor! I am a 16 yr old JEE aspirant. Would love to see you solve JEE Advanced questions!

[@user-nu7so9eh7w]

Stop bothering teachers by taking the name of ur goddamn exam

[@mathshashira6635]

You are showing your own inferiority complex mister. I don't care what you say.

[@sheruandme3629]

​@@user-nu7so9eh7wit's only bothering u ig 😂

[@fizixx]

The most famous answer in physics --- zero. The second most famous answer in physics --- 1. :D RC circuits....yeah. The precursor to differential eq's. If not that it was Hook's Law.

[@yoprofmatt]

Thanks fizixx! So where are you from? Cheers, Dr. A

[@fizixx]

@@yoprofmatt I'm on the east side, where it gets cold, but I'm a-okay with the cold.

[@RS-jh2kl]

🥈

[@yoprofmatt]

Silver medal! Thanks. Cheers, Dr. A

[@caleb7799]

yeah lets just skip the diff eq and write down the answer.... real helpful