Current Divider Rule

[@airteltv2790]

Even so called best books don't teach basics which is very important to understand bigger topics

[@ElectricalEngineeringApp]

Neat and clean

[@ajinkyarajemane6726]

What if n registers are in parallel & for two different elements in parallel......????

[@77YuvrajSingh77]

Love your videos sir ! 🙏❤👍

[@rcadegaming9123]

Your accent sounds like Australian comedian Naziem Hussain's mock indian accent haha, thx for the content

[@Ayon501]

Thank you so much for this video,it helped me a lot

[@souravpati2980]

thank q sir.....for constantly uploding d videos...hope u will complete as soon as possible by U..

[@leizalalramdina149]

nice solution ., thank you so much ..
i gain so much knowledge...+++

[@hasanshaikh2046]

Thank you
Please complete analog electronics.

[@satyaprakashsahu3658]

Thank you.

[@93sreelekshmis34]

Thank you sir 🙏

[@abdulkerimmohammed8119]

so much respect

[@apocalypticbean]

Thank you

[@EkalavyaEducare]

Very nice video....

[@Vardhan14198]

Sir it is possible to write the formula for In.
OR,
it is only applicable for the two resistors

[@arpichocoshorts]

Wow nice vdo 👍👍👍👍👍👍👌👌👌👌👌👌👌thank u so muchhhhhhhh💟💞💕💖💝💗💚💛💜💜💓👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍

[@av-74]

very nice video!

[@chgkrs3343]

Thank You :)

[@rounakbhushan984]

Sir! Till when all the topic videos will be ready of network theory?

[@shubhamv7089]

sir please complete as soon as possible

[@airteltv2790]

Hats off

[@ekansh6267]

👍🔥🔥

[@АббасСаддам]

BEST!

[@MuneebNoor_074]

❤

[@sledge2742]

i love your voice

[@susarapuravindrasharma7382]

Sir please gate maths lectures upload

[@rajmishra8579]

What if an inductor and a capacitor are in parallel?

[@apocalypticbean]

Then the world collapses. Good question though

[@qpkwsxcb8277]

Current is same voltage is divided

[@Randsome1]

​@@apocalypticbeanbad joke

[@cosmosorigin9572]

answer to homework v3 = v/c1+c2+c3...+cn C1.C2.C4.c5...Cn

[@varaprasadramesh7412]

sir please complete as soon as possible

[@cosmosorigin9572]

answer to homework v3 = v/c1+c2+c3...+cn C1.C2.C4.c5...Cn