XII_11.Capacitor,Intro(2013)

[@kamleshjoshi1604]

sir if we give -ve charge to the conductor then it will attract the proton inside the nucleus.then,what will happen???
sir plz reply.....it will be very helpful

[@vasumastermind4643]

Sir, has a metal conductor placed in vaccume attain infinite capacity of storing charge?

[@raghavgite8811]

सर spherical कैपेसिटर का वीडियो नहि है क्या?

[@shilpasanthosh9829]

Sir is the charge inside the conductor always positive to attract electrons???? if the charge can b negative?? consequently it would attract protons in the nucleus?

[@darshankamath50]

Sir whether capacitance and capacity of a conductor depend on nature of the conductor used ?
Whether the capacitance of 2 different capacitor having same area and placed at same distance have same capacitance or different?

[@aasthayadav2515]

sir why charges are only on the surface of conductors why not they are cancelled out by the applied electric field?

[@pawanpanjwani7373]

sir why it is said that when charge is given to a conductor it gets distributed uniformly only on surface why it does not stay inside a conductor sir please please please reply i m going mad please

[@sapnajha5946]

Sir Iam confused that in d derivation of parallel plate capacitor u hv taken d value of E as "sigma/Eo" But in NCRT itis given as sigma/2Eo with this the derivation is completely changed so sir what should we take d value of E

[@pawanpanjwani7373]

sir where have you explained that when dielectric is introduced then electric field decreases and what does it signify physically

[@dhirendrasinghrautela9613]

sir how can we explain the potential difference plz give an example

[@RogueIntel]

Cant the charge be increased to infinity of a conductor in a vaccum??

[@akash.juneja]

sir where did you teach

[@aasthayadav2515]

sir why the electric field inside a conductor is zero????????

[@jharnahembram1874]

Your videos r always very helpful..thank u sir.

[@waqasjanishaikh5642]

can we charge a conductor to infinite in vaccum? please sir give me ans

[@arjyabasu1311]

Good question!

[@californiadelhi]

Sir i have a doubt in the 22nd problem on page 166 in the book Concepts of Physics (part 2) by H C Verma.Plz do not give the whole solution , i would appreciate a hint regarding the problem.

[@SujeetSingh5]

At 25:00 you said Q is proportional to V but it is not correct its V that's proportional to the given charge (Q) and it is written as
V∝Q
V=DQ (D is called elastance)
V=Q/C (since D=1/C)
Q=CV

[@SujeetSingh5]

prasdee Jii How it is correct?? you tell me it is charge that depends on voltage or voltage depends on charge?? Its very clear that the potential difference is because of the charge difference so its V that depends on Q...your base is not clear.

[@MrVarshit]

whats the problem you yourself proved it c=q/v

[@pvgangadharan3177]

technically speaking, Q∝V must not be correct, as you said, voltage depends on charge and not the other way around... ...but it does not makes much difference...we get the same answer in both ways....the only difference is of the value of constant......same is the case with ohm's law...

[@SujeetSingh5]

prasdee Jii Seriously!! I was just trying to help but you wont get it, even i explained it..hope you will understand it when you do some higher courses..By the way i would like to know where you study and also your standard..if you dont have any problem!!!

[@SujeetSingh5]

prasdee Jii Good!!

[@surbhichauhan37]

Sir what is dielectric strength

[@soumensur2505]

why can't the limit of charging be infinity of a conductor

[@renu9854]

sir can you upload a vedio explaining the regions of operation of mosfet?? plzz reply sir if you can plz upload as soon as possible.

[@manishsharma1758]

sir u r great!!!!!......pllzz send me the notes of electrstatics and current electricity

[@masabkhan2187]

great sir,,,,,,,,,,,,,,,and thanks

[@nimishdeovra6397]

nice "vid." sir but the formula for V=Kq/r and not simply V=q/r u use in // plate capacitor", where K is (4Pi.epsilonnot)

[@AnkitSharma-yt4vd]

sir , bhagwan aapke upar sadev asim kripa bnaye rakhe . thank you very much sir.

[@azizullahazizullah3779]

sir plz solve this mcq...the electric potential b/w two points A & B is delta v .the work done w by the field in moving a charge q from A to B is..

[@harbirsinghparmar3500]

sir plz send me your notes of class 11th and 12th it,s really help me a lot , thanx sir

[@MuhammadAli527]

Sir thanks alot ur lertures is so much helpful .we r prying for u.

[@TayyabHassan-l3b]

excellent

[@ShivamPandey-gb9ms]

sir hind in capacitor viode give

[@simranmehta6500]

i like yr videos very much sir

[@gireeshpushpangadankavyagi4108]

thanks for ur reply sir

[@vaibhavjadhav1149]

thanks sir i like your video

[@SarwanKumar-df8gc]

thanks sir😊😊😊😊😊😊

[@Tushgup]

Thanks a lot!!

[@shubhambhoir6753]

Thank you, Sir

[@sudeepmishra7051]

thanks sir

[@gireeshpushpangadankavyagi4108]

sir pls give some explanations in English also. we r some south india

[@magnuswootton7368]

pradeep deepu.

[@nareshkumar6532]

I am from 2024 🙂🤝👍

[@AnkitSharma-yt4vd]

sir , bhagwan aapke upar sadev asim kripa bnaye rakhe . thank you very much sir.