Equivalent resistance in parallel circuit (Hindi)

The equivalent single parallel resistance is smaller than the smallest parallel resistor. Let's see how to calculate this.

[@দিগন্তেরখোঁজে-জ৫ল]

Respected Sir ( Mr Ram), you remind me of my school days. Our teacher ( Mr Alok Jana) would teach us so carefully that everyone even the backbenchers would listen to him attentively. I regard you as Mr Jana. Thanks a lot. 🙏🙏🙏🙏

[@Yasholo]

That voice though😄 har bacche to sunne ka mann karega.👏

[@ahyoh1124]

I'm in 12th n this is no more a part of my syllabus still I'm here after 2 years to listen this sweet voice

[@ahyoh1124]

Well do you know the one who own this magical voice?

[@Yasholo]

@@ahyoh1124 It is really commendable that you saw this videos 2 years ago and still you remembered him.... I totally forgot about this guy and my comment on him 😅

[@Yasholo]

@@ahyoh1124 No I don't know the guy

[@prikasharma3564]

Ur voice and ur explanation is ....fab

[@Amogh_Rai09]

Thank you sir ,I didn't understand this concept during the online classes but got cleared at this video and it helped in my exam preparation.Thank you......

[@BadalvarshaRai]

You are really a good teacher ❤ thanks a lot for your kind teaching 😊

[@blackgamer-ff1ks]

Thanks sir , you solve my problem from this video ❤

[@muskangupta7037]

Apke channel me hme sirf apki video sbse acchi lgti h sir...apki voice b acchi hai nd apki explaination b bhot acchi h

[@anonymous-vf4tj]

Exact derivation start at 2:00 but it you watch the whole video from start to end that would be great and would give you amount of knowledge. Good Work Khan Academy.

[@premgupta9838]

This channel is underrated,teaching bahut jada mast h

[@kumarbroto4951]

apke padhai ka fan ban gaya huu

[@VG__]

U are UNIQUE.....Indeed!! And we as students love u to see as that unique🌟who brightens up the students mind!!!! Plz keep going wid ur uniqueness and such a lovely voice... Beautiful! B UNIQUE!!!!!!

[@akshatsoni2976]

Thanks for clear concept sir🙏🙏

[@suvarnaghule8331]

Thank you so much sir 🙂 I understand this concept clearly

[@samirmulla4446]

👋👋👋👋👋Great teaching

[@dasramesh-o9c]

Thank you sir a lot ❤❤❤ After 2 days I having my science exam. 😅(Board exam)😅 Thank you sir

[@arindambasu4248]

Love you sir. It's so Helpfull

[@shreyasrkashyap9629]

SIR IT WAS VERY HELPFUL THANK YOU SIR

[@shriyapandeymishra1898]

Thank you so much, concepts simplified to such an extent.......BOON for students!!!

[@piyushchourasia867]

Excellent derivation Ram sir😄

[@sarikaraghuvanshi3608]

Thanks , it helped me a lot..😊

[@divyarajput1245]

Well done bhai

[@vimlasen7732]

Thank you for your support.

[@YASHASARTZOFFICIAL]

Why is the cursor looking like dr Strange🤣 ,nice explanation

[@trainyourbrain6897]

I watch first time

[@mandisach]

Sir there is another method for it 20× 60 ÷ 20 +60 = 1200÷80 = 15 in this method you will not need to reciprocal it

[@Zeus-cu4ow]

It's just simplifying 1/R1 and 1/R2 further ,right???

[@abhijeet10x]

Awesome

[@Supratim_Roy]

BTW it only works when there are 2 resistors

[@subhanisrivastava1349]

That's the thing I opened KZbin for 7:50

[@Doongarsingh974]

0.15 and 0.05

[@techgamesplaying]

Vry NYC explanation

[@Kamranrather511]

Thank You so much sir

[@SAURABHKUMAR-oy3nh]

Aap sabhi chapters ki video Hindi mai bhi Banna do sir

[@smairaparveen6396]

Thank you .....for this video....

[@balilibrary8543]

Thank you 🙏

[@trackurgoals5277]

2:38 Sir but direction of electrons is opp to the direction of flow of current?

[@playnation111]

That is for resistance in series

[@harshsinghal4342]

Current through 20 ohm is 3/20 amps and through 60 ohm is 1/20 ohm. Am I correct?

[@khanacademyindia]

That's right. :)

[@muhammadnazeerinqalabi9002]

Aslamualikum from Kashmir Pakistan

[@shivamraj3467]

So amazing

[@bhoopramsharma3507]

Nice👍👌 teaching Sir please 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏make video of chapter light plzzzz sir

[@unknownartist5916]

I have doubt why we donnot take 1/I in parallel because V/I=V/I1+V/I2+V/I3.....in parallel circuit.

[@KuldeepFT81]

Thanks Sir

[@ayushkumarjha3696]

Bhai plz make a video on how do u make video

[@learning9503]

3 resistor ka kase kro gay?

[@mrigankakaushik1646]

Khan academy JEE ka paid course launch'kyu nahi karta

[@Supratim_Roy]

Kyunki free mein hi ho jayega

[@pr1655]

Sir, u r wrong a little bit Current is the flow of charge but u told current is the flow of electrons that is not correct. I hope, u understood and pls make corrections to this video otherwise other students will get wrong knowledge

[@aakashgarain]

Don't electrons carry charge?

[@harshuu023]

❤

[@piyushjain8521]

Aapke pure channel me class 12th ka koi material nahi h .... Please 12th ki maths and physics provide kraiye ....

[@subhamsingh4521]

First view and comment

[@rakibhasan7950]

thanks dear

[@biophilic1540]

Nice sir

[@MOHDAQLAM]

I1=0.15A and I2=0.5 A

[@se7en1]

Bro I2 = 0.05 A Hoga

[@rijwankhan5879]

Ok sir

[@girirajkanojiya1138]

Why we should divide by 60

[@zetrian_3679]

LCM

[@dishasworld9776]

In parallel series why potential difference remain same?plz guys help.

[@zetrian_3679]

@@dishasworld9776 cause V depends on the battery and there is generally one battery in the circuit and also the r of the connecting wire is negligible and I is same hence same V in LL series

[@dishasworld9776]

@@zetrian_3679 thanku so much...are you in 10th class

[@girirajkanojiya1138]

Ok thanks

[@sachincreation6480]

Bad explanation video making must be improve so it not understandable for us

[@nagarmalsharma9992]

Amazing that you guys started 12th class in hindi...but my request is that please dont just cover the basics like parallel and series... everyone knows them, do other things also required in exams like delta star transformation, symmetry theorams, thevenin theoram, superposition theoram etc. Because even in board exams these series parallel are not asked

[@VG__]

But for 10 students it is asked..so plzzzzzz let US understand..

[@vishallekurwale820]

0.2 amp. kaise. sirji. pls. explain

[@dishasworld9776]

Why V remain same in parallel series?