Kirchhoff's Current Law (KCL)

[@saswatapatra5919]

i was surprised by the pronunciation of kirchhoff but when i put in a bit of research you are actually right... Wow accuracy at its best

[@abhishekshukla9005]

this channel is best but very few know this . although i want to see progress of this channel but share nahi kar sakta nahi to mere alawa koi doosra top kar dega😆😂sorry neso academy but you are the best

[@chhaviarora8584]

haha

[@prosperous_berri_x]

thank you... you explained this very well!

[@jesus-wg1ho]

Its a good class tqsir 🎉🎉

[@mdsajidalam9324]

❤ Thank you Sir 🙏

[@khileshwarrajpuriya5448]

Thank you for this informative video!! :)

[@vaishnavirallapalli1975]

Thank you sir.....That's a great video....It's really helpful....

[@seeker8028]

interview question- Why the word (algebraic) used in kcl statement, is it necessary to conduct algebraic sum of currents...??

[@mahesh3932]

@@nesoacademy Thanq sir

[@prabhu1517]

@@mahesh3932 where is neso academy's reply? can u remember what he said??

[@artisharma9204]

because algebraic means taking sum with respect to sign and for total current calcullating in any node we need its sum ,algebraic means used sign properly, while doing sum at node...
am i right

[@seeker8028]

@@artisharma9204 yes you are right, but question is why only algebraic y not quadratic or cubic or biquadratic sum....

[@swamykasani5213]

Algebra means addition, or subtraction

[@smritisrinivas7885]

Thank you Sir. It was really helpful

[@santoshkhoirom6160]

Sir in the definition why writing entering

[@dripzabalance]

Good one

[@gaonkikheti7363]

Thanks so much sir

[@shubhamv7089]

please upload all videos as soon as possible

[@wolverine1224]

What if two different resistors of different value connected to a voltage source in series then the simple node between the two resistors will be producing different current.

[@azadmhd]

Sir Plz create networking tutorial

[@sunilverma1900]

please sir or video kvl lecture

[@gaonkikheti7363]

Please upload video of transformer

[@simmysingh421]

Is it for jee

[@kishankumarhazari3692]

It's for gate and ese exams , which conducts after graduation ,

[@HarshilMakwana-m9u]

I think your statement is wrong. You said the sum of charges entering the node is zero. It should be the sum of number of currents entering and number of currents leaving should be zero.

[@brajnandansagar5355]

Good ser joi

[@JeromyDankerS]

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