Time domain analysis of RC circuits|Charging and Discharging of Capacitor

[@abdxlive]

Nice

[@nandit07]

thank you sir ,it was such a nice video with lots of information.

[@garlapallysupriya3120]

Thank you sirr....keep on helping🙌with ur vdeos

[@sohailjanjua123]

Hi, I like your lecture. Thanks

[@pratyushatri8248]

Nice Video Sir, But in discharging of capacitor topic i guess there is a small error (P=1/RC)

[@WaytoeducationSshekhar]

Thanks for watching and also pointing this small error

[@GarimaMall12]

Thank you so much sir

[@WaytoeducationSshekhar]

Most welcome

[@facehain7357]

Nice video sir 👍❤. Well in the last, in case of discharging, the time constant should be the time in which the capacitor discharges by 64% cause 0.36 is the remaining value. This is what I think. Correct me if I am wrong 😅

[@cheshtanarang927]

Thnku so much sir

[@gatesquare]

Sir, your voice is a bit similar to ms dhoni.😂😂

[@SahilSharma-fm2gz]

Sir the value of e^(-4) is wrng its 0.018

[@801041015]

It's not current across capacitor.. It's current through the the capacitor.

[@WaytoeducationSshekhar]

Yes

[@aongaming9575]

Nice sir

[@WaytoeducationSshekhar]

Keep watching

[@behappy3659]

Sir please make more videos

[@WaytoeducationSshekhar]

Sure I will try

[@NikitaKumari-he8us]

Thank you so much sir 💓

[@WaytoeducationSshekhar]

Thanks for watching

[@asishcodes]

Hey, can you please add those slides in the description!?

[@WaytoeducationSshekhar]

Surely

[@WaytoeducationSshekhar]

Thanks for watching