How To Solve Any Circuit Problem With Capacitors In Series and Parallel Combinations - Physics

really nice video, helped a lot

My phy book, which is straight up supplied from the government, has a text saying " make sure to watch additional content on this topic from outsources!" Thats the first time they ever did this.

if im understanding this correctly the voltage on c1 is 50 which adds up with voltage on c3 and c4 to 100v but we are not adding in the voltage on c2(it would then be 125V) because its parallel to c3 and voltage of capacitors in parallel is the same.

not you teaching us maths ❤️

Well done. I agree with the comments below that simple is better. Unfortunately I've found that, in my many years on this rock, most college teachers are more concerned with attempting to make themselves look and sound smarter than they really are. Unfortunate really..., but technical understanding doesn't seem to break down, and across, their human ego. Actually, unfortunate is not strong enough...lets go with pathetic. Regardless, your presentation is first rate teaching!

Learnt heaps thanks

Thank you so much for this lesson! straight to the point.

You have mistake brooo

Parabenzoquinone

hey, may I ask what application are you using here in drawing

all of them were basic

THANK U SM I LOVE U

2 legit.

You have elevated me on better understanding of this topic, you're a great tutor

Thanks

Where r u guys from, love from India

Thank you SOOOOO much!!!!!!! This is all so incredibly helpful!!!!!!

Really helpful

Can anyone tell me why q1 =qt(C1/C1+C2)?

Thanks sir 👏👏👏 u are better at teaching good work

why do you make me to like physics dude😁

Oh you are beyond a teacher thank you so much

What do you think is first > Changer is two change the Capacitor or battery into = if - is only the opposed the + this keeps Travel in the same way's MY WAY THE ONE any other's are only the fool's way's as all the _ Thinker's ground blank place only stone water and sane stone soils metal's thanks

thank you!!

Thanks alot

thanks it is excellent

Thank you!

Why do you multiply Ceq fractions by 3/3 or 4/4?????

We all need this guy. XD

Thanks a million Mark

This is amazing.
I'm tired of my professors

I NEED A BIG BOOTY BLACK BISH TO DANCE ON THIS ASIAN KWOCK

thank you very much!!!

Why are you using the letter U for U=1/2 cv²? Isn't that the letter for voltage? This is confusing me.

keep it up with the good work🤘🤘

As an Indian, tho i have hundreds of lecturers trying to feed this to us, they couldn't do what you could. Concepts are crystal clear now. Thanks man.

This is great... I really love the way you broke it down making it easy to understand. Thank you sir 😊

Thank you🖤

thank you

What if we have 2 batteries in a circuit in various combinations?

Sir
Thanks ,good teaching ,very clearly understood.
Gopal raju
India

I understood it clearly.
Thank you👍👍👍

May I ask, if the units of your capacitors have nanofarads and microfarads, are you going to convert it? Then how?

The one you said its in series wasn't on a straight line