Class 12th - Loss of Energy in Combining Conductors/Capacitors | Tutorials Point

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Watch Playlist on Electrostatic Potential and Capacitance:
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[@nycto8634]

yeh man i am from tamilnadu. he is best teacher over yt for non hindi speakers like us 🥲. btw which book u follow for questions

[@deepanshukesharwani9176]

Sir this loss is happened in both series as well as in parallel

[@krishnakanojiya393]

Best explanation , every step will be cleared.. thank you sir..🙏🙏

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Really sir it is helpful for me 🤗🤔

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[@sudeenlamichhane825]

Sorry?

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shivendra mishra 12th B 7765 seventeen sorry I had no idea , he surely helped me a lot 😟💔

[@19-gouthamkumarreddy58]

why he died?

[@vijayvlr166]

வாழ்க பல்லாண்டு

[@nycto8634]

vanakamdha mapla

[@mayankkaranwal19]

Aap bahut achha padhate hai

[@amardeepjhala6922]

Thank you sir Once again 🙏🏻🙏🏻

[@sabitapandey7578]

Very helpful thank you very much sir

[@samratchattopadhyay332]

This man is a genius

[@hahsvuy]

Thank you so much sir.

[@mansisakle2795]

sir thank you so much for such a clear explaination YOU ARE GREAAATT!!

[@themegorakhpur4578]

you are great sir ;; ithink you are 2nd h.c verma

[@dikshathakur6935]

if there is loss of charge then how common potential is achieved

[@SankalpaRaymondal]

Thanks a lot!

[@sumestabhattoo8718]

Sir I want to ask is this energy loss depends on Parallel or series combination of capacitors in the starting?

[@HarpreetSingh-fn7xo]

Why we have assunmed the capacitors to be connected in parallel

[@bhend1]

Series

[@HarpreetSingh-fn7xo]

@@bhend1 ???

[@bhend1]

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*Thanks for your support learn*

[@rishabhsinghaanjana3267]

Thank you sir

[@alanbenny6441]

U r awesome

[@unnati_shahi]

is this applicable for both series and parallel combination or only parallel?

[@Ajaykumar-tl6vi]

We will take only for parallel combination becoz the potential is common for all capacitor in case of parallel only.For series the potential changes for each capacitor so we can't take common potential.

[@rvengg2483]

genius

[@19-gouthamkumarreddy58]

where will it go?

[@AmanKMAman]

Time taking videos

[@satyamtripathi7736]

See it with c

[@nandeshyadav6647]

👌

[@nrinzamam1437]

I have a small Doubt that how the V common formula is came ?

[@teerthabiradar301]

same ...did you get

[@amitarya1400]

V common equals total charge(q) /total capacitance
Here total charge will be q1+q2
q1=c1v1 and q2=c2v2
Total capacitance=c1+c2
Hence
V=c1v1+c2v2/c1+c2

[@saniatanvir2394]

😝👍