Capacitors in series | Circuits | Physics | Khan Academy

[@devinmccloud]

You cannot teach something you are not passionate about nor that you don't understand. You sir, are both passionate and greatly understand the material you are teaching. Great job!

[@megha3678]

This lecture video is so good. I never understood the capacitor working like this. This is really really awesome explanation.

[@domobrah2671]

I always read my textbook first, then when Im finished I come and watch one of these videos to bring it full circle. They are fantastic!

[@jacob0246]

it sounds like he's spitting flow to the music

[@erichgonzalez6685]

he lowkey is

[@formidableapple1987]

I salute you, dude. You are awesome. My story is long and painful with electrostatics but here I am happily ever after!!👊🏼

[@philiptimdominic7875]

I dont get why my professor cannot explain this as easy to be understood as you do. Thank you!

[@khormunhuai5901]

I would say that professor remember knowledge instead of understand it...lol

[@ngxinloo3323]

I always nearly fall asleep on my teacher's class

[@ivanlo7195]

Professors think they khan teach? No they can't

[@isitoxic301]

Yesss I took that to be very complicated but it's easy🤔

[@billomaticles]

I love your teacher spirit. Setting models and patterns can take root in place on a first time introduction, hence first impressions are important. One might first demonstrate the proper exemplar and then followed by the incorrect route. the sequencing order can often make a significant positive difference in forming first time neuron maps. Both sequencing patterns contain the same material. the difference is the kind of impact on the end user, the learner that is getting in and staying in the Learning Loop of proven values within appropriately relevant contexts. Additionally, this also engenders critical thinking perspectives from examples that are proven sound vs the "close, but no Coulomb" prize. Keep making those meaningful positive videos.

[@AmilthiniKV]

@ 0:52 is always mee while doing physics.. thank you for making physics easy and interesting💯😍😌😌

[@toomuchcandor3293]

@8:41 The potential differences should have been V1, V2 and V3 where V1 + V2 + V3 = V instead of just V, V and V. Nevertheless, amazing video. Thanks a lot!

[@CodePak]

Sir, I don't have words to thank you. From all those videos around here, i found this one amazing and soooo easy to understand. Just love your style and passion in teaching. Thankyou so much Sir❤️

[@nolapickering1917]

This teacher is absolutely wonderful. I'm taking AP Physics C E&M and these are some of the only concise, clear, and comprehensible videos I've found. Took some digging but I really appreciate that these exist. Thanks Physics 12 India on Khan Academy, I have no idea why they don't just compile that unit into an AP Physics C unit for the American Khan Academy, because it's much needed

[@MrMyutubechannel]

I appreciate your derivation of the equation for equivalent capacitance of series capacitors. Educators seem to take equations like this for granted, ASSUMING they don't need to be explained, but they DO need to be explained. Thank you for your explanation!

[@pravinadesai7060]

Yes true, they just manipulate the equations without explaining if you can do it. For instance, if there is Q/t i.e charge by time in equation they write it as Current without explaining that the time ‘t’ must be the time in which the charge Q pass through a cross section as you can have many other times t1, t2 in an equation too. And not dividing the charge Q by any time t gives the current. It's 4 years late, I think you must have completed your college right?

[@matthewshannon7235]

This was the best educational youtube video I have ever seen.

[@haidarrabie9059]

I.LOVE.THIS! Thank you very much, i'm happy i found this channel!

[@brade770]

Blown away by the quality of these videos. Thank you so much.

[@VG__]

1:03 why aren't these basics cleared by my teacher🥺❤️love u khan academy 1:50 charge on every capacitor same in series

[@sharji1438]

I really can't say that i didn't understand anything cuz it was such a beautiful explanation, i guess i never had this much interest in physics .....our professor teaches in a weird way and honestly he shows a Lotta partiality.......😍i love ya Khan Academy.....to my hearts and i want every lesson

[@reefsami8010]

God you’re a teaching genius.. so summed up but very very understandable and helpful.. in this 10 minuets I’ve learned more stuff than in the two hours class with my teacher.. thank you very much

[@pam9451]

this is basically what i was looking for my whole school life!! thank you

[@lanomusambazi8654]

Very informative video indeed on capacitors in series. I liked the way you derived the formula for a series connection. Thank you so much. I have learnt a new thing today. Stay blessed all way.

[@darrylhamadziripi2224]

10/10..... I will take nothing away from this video... If it was possible i would give u 7million likes

[@garylai5174]

you're the best teacher i've seen

[@nelsonthekkath4830]

Great lecture my friend. I was confused before. You explained simply.

[@monmon102]

I SO needed the visual of the charge flowing from one capacitor to the other. Thank you.

[@jackk_the_man]

damn, 10 MINUTES , made me understand in 10 minutes what i couldnt for an entire semester

[@GyaneshwaranG]

Excellent, well planned lesson! Thank you!

[@XWRL00]

Ma boi spittin facx with tha beat

[@PrinceAli-p7l]

Remarkable explanation....🥳❣️🥰

[@aang7505]

I watched this on the khan academy website and came here just to give the video a like. AMAZING explanation! :)

[@erichgonzalez6685]

If all khan academy videos were like this, life would be easier

[@RaeesUnboxingwala]

One of the best video I have seen on capacitor 👍🏻

[@MaSTeR-JP]

What a wonderful video, thanks for rescuing me from drowning in a pool of confusion

[@MrBossmoss17]

May the gods bless you for your work to better mankind.

[@peterpaul9676]

you really helped me a lot .... words cant express my gratitude

[@Code65115]

Really never understood this concept before in this way... Thanks brother ❤

[@jorgemurillo1363]

Awesome video! Good explanations and examples! The music in the background was a bit distracting at times though..

[@zahidkhan-yd5gs]

It was really helpful....Thankyou!

[@petek4490]

Great explanation. I like the background music too.

[@alimudarres1246]

wow didn’t realise this level of explanation that was awsome!

[@amuastephen]

Great job I really understood your lectures, it's so interesting

[@Arnob127]

absolutely brilliant!!

[@skmasum3609]

That's cool...... Learning on Math's practically ...... really helps.....

[@earnwithease9041]

Excellent explanation. Great job sir keep it up.

[@mattharvey8712]

Bravo...........u say that all capastors in series don't need to balanced .......they balance them selves .....cheers

[@instaminox]

Wah your videos are the best to clarify it all... Thanks a lot

[@RaykaBanxs-rt9qf]

Nice thank you so much please post more about charging and dis charging and factors on which capacitance depends

[@ismashehzadi5297]

Capacitance depends on geometrical shape of capacitor,distance between plates and dielectric between plates

[@RealationGames]

Excellent. No questions asked. Thank you.

[@VSPG_SIVANI]

DavidSantoPietro, those kids are crazy!

[@ttbdah8583]

you made my day. great job

[@pravinadesai7060]

Many teachers, including famous ones like Walter lewin and others manipulate equations without explaining if you can do it. For instance, if there is Q/t i.e charge by time in equation they write it as Current without explaining that the time ‘t’ must be the time in which the charge Q pass through a cross section as you can have many other times t1, t2 in an equation too. And not dividing the charge Q by any time t gives the current. But you, David, are great teacher

[@InvinciblePepe]

My physics prof literally sucks. This video saved my life

[@marygrace3494]

Wow i learn a lot from your video Thank You

[@sachinrath123]

what exactly a series combination means,is it the right plate of the first capacitor connected to the left of the second and the left plate of first capacitor connected to the second plate of the second capacitor? is joining of the left plate of first capacitor to the second plate of the second capacitor required i.e the circuit needs to be complete ?

[@ajeet3259]

Teacher who is really dedicated in education not on information..

[@Xcalaber15]

Fantastic, so helpful. I may be able to do my mid term now, (cat)

[@manisellappagounder2022]

Hats off sir

[@prettyprincess5595]

brilliant and concept building teaching methodology

[@tejasreevalliruthala]

Thankyou for your great explanation sir

[@monilicioussp.5653]

Great explanation of solutions! subscribed!

[@chrislooker41]

Very well explained thank you.

[@OEMSyntheticscom]

Man this just opened up my mind.

[@fahmjan17]

GreAt GreAt GreAt.it help me a lot.Thanks bro

[@Stargazer54321]

Is it necessary to add up the capacitance as the inverses then invert the result? It seems much easier to add them without having to invert it twice.

[@Itpours]

Excellent. Thank you for the help!

[@alexkalinin6842]

thank you, really helpful

[@majdjamal4048]

Man you are a pro!!! Thank you so much!!!!!!!!

[@fedvgo]

Such a great vid thank you so much

[@PunitSharma077]

simply great....thank u very much!!

[@manavshah6811]

love his handwriting

[@TheAnonyte]

Once again, great explanation. Thank you.

[@piyushofficiall]

really great explanation. a big like.

[@jordan-pk1nf]

great explanation keep it up

[@muntahaarfat419]

Thnx sir Very well explanation Make more lectures on topics of class 10 I shall be very thankful to you

[@troopernate8046]

Mind blown!

[@stefoster7031]

Superb!

[@chitralse1511]

Thanks for such a good lecture i comment you after 6 years

[@phenomenalphysics3548]

4:41 why is the charge on equivalent capacitance same as that on each capacitor?

[@gccomics777]

this is really good. Thanks

[@WreathStorm]

Thank you so much for this lesson! Along with the even and steady pace and the background music, capacitance was fun to learn. ^_^

[@javierferrer4634]

Thank you for this video!

[@ugendhiranpm1603]

Super sir thank you 🙂

[@pam9451]

Man, you're AWESOME

[@ryansaltus2498]

fun drinking game = take a shot every time he says capacitor

[@smooooth_]

My liver can't take that man

[@ViewThis.]

@Strawberry Dobreva Our belly would quickly be filled to "Capacity"

[@niharaanil4585]

1:49 a dielectric is a non conducting substance right?? then how there electrons flows like this??

[@jeremyhenderson163]

I agree with Heiser, thank you for clearing things up. This may be a dumb question, as I'm fairly new to electronics, but is it safe to assume that it's the same for AC generators (with varying voltage.) that are being rectified to DC? For instance: I'm building a wind turbine generator that will produce anywhere between 0 and unknown voltage (pending the speed of the turbine being spun by the wind force.), and using 16v 2200uf to regulate the voltage. From my understanding of your info: If the speed of the turbine dictates a regular flow of 6v, the capacitor will not release a full 16v discharge until the the speed of the turbine increases to 16v ? If so, will the capacitor release a steady 16v discharge if my turbine produces a regular charge higher than 16v?

[@umeshwarans.a6435]

Its really awesome

[@wahidhamidy6886]

thanks for your effort, i appreciate that!

[@namannihal4849]

One of the Best videos for combination of capacitor 👍 but man capacitor of capacitance 12F 😶😂😶 The Capacitance of earth is 711uF

[@bubabx]

Thank you very much that was helpful

[@serenadel587]

U r incredible!!!

[@khoshalrahimi]

tnx alot it helps me to understand so much

[@maryumazam9426]

Goof

[@srinu2007hydrology]

video is with good explanation

[@mohammedhussein5806]

you are really the best, thank you.

[@dy8576]

Really had trouble understanding how charge is induced in both cases. I am still not super clear but clear enough to solve questions which will help me get more solid wity the concept

[@HeineSchiller1999]

thanks a lot man

[@maisabutair6551]

Man! THANK YOU !

[@vishuchauhan4432]

it's amazing video you are great sit

[@raisinb3375]

Neat

[@lyrabethcaday7766]

How did u get the 2F?

[@lemonsilled7156]

thank you david