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
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
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.
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
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
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.
I have never seen such a complete and comprehensive class! Thanks
Always admire him. He is the one of the best Professor i have come across. Thanks for your Contribution and service Professor.
Me too. But his class room are dim bulbs.
Wow, thanks. I don't pretend to get everything right, but I'm glad you're finding some value in it.
Cheers,
Dr. A
I think many were just camera shy. They're good kids.
Cheers,
Dr. A
OMG, the best Professor i have come across!
How do you do that??? Are you writing backwards?
i think he writes like normal, then takes the video and flips it
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
Thank you Professor ---
Controlled bursting of physics by dear sir Matt❤️
Trying some restraint.
Cheers,
Dr. A
Thank you Dr. A. A question in the figure at 3:33 - Isn't Kirchoff's loop law violated during this initial transient state?
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
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.
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
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
genius
🥈
Silver medal! Thanks.
Cheers,
Dr. A
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.
Thanks fizixx! So where are you from?
Cheers,
Dr. A
@@yoprofmatt I'm on the east side, where it gets cold, but I'm a-okay with the cold.
Hello professor!
I am a 16 yr old JEE aspirant.
Would love to see you
solve JEE Advanced questions!
Stop bothering teachers by taking the name of ur goddamn exam
You are showing your own inferiority complex mister.
I don't care what you say.
@@user-nu7so9eh7wit's only bothering u ig 😂