Series Circuits VS Parallel circuits | Easiest & Complete Explanation

[@CLJasonX]

Thank you so much. You make everything very easy to understand

[@GauravJ]

Glad it helped!

[@sekharmahto1537]

okkkkkkk

[@sriramsakthivel3596]

CRYSTAL CLEAR EXPLANATION..HATS OFF

[@GauravJ]

Thank you 😊 do share and subscribe 👍🏻

[@chistysirsclasses1252]

Great easy n simple..

[@chinnakarlapraveen9966]

I am waiting for the next video

[@Utsa_sur]

bro you explain each and every concept very clearly and thankyou so much for this useful video.....great job:):)

[@emmahmwansa3600]

Very helpful thanks

[@GauravJ]

Do also check out my other videos 😊

[@vineethkumar6002]

Clearly explained

[@umeshm675]

😍😍 Thank you sir...

[@sohanivlogsandpoetry8547]

Great sharing done

[@GauravJ]

Thank you 👍

[@laxminarayanlala6850]

Bhai Cascade connection bareme bhi boliyo thoda iss video main .

[@shridhar1286]

Thank you

[@akshaychavan6881]

@12.19 to 12.25 "in Parellel circuit the current flowing through each resister is equal to total source current" is what said but it looks like addition of current through each resistor is equal to total source current.

[@leonardojacometti9883]

Thank youbsi mucj!

[@GauravJ]

You are welcome 🙂 do also check out other videos on my channel 😊

[@shivensheoran5520]

Sir why direction of electric current is opposite of flow of electron

[@jijovarghese1987]

In key point about series circuit it is written as voltage drop across each resistor = total supply voltage. How come it is right?
Sum of the voltage across each resistor = total supply voltage. Isn't it?
Pls correct me if i am wrong or misunderstood it.

[@rakesh__rocky9]

❤️😍

[@Jadhav59689]

Why in series circuit current remain same but voltage divided and in parallel vice versa

[@rakhidas5633]

I like your hairstyle

[@GauravJ]

Haha 😆

[@chinnakarlapraveen9966]

In series sum of vtg drop across each resistor is equal to supply vtg

[@chinnakarlapraveen9966]

But ur statement related to that point is not correct sir

[@GauravJ]

Yes sum of voltage drop across each register is equal to the supply voltage in series circuit.

[@chinnakarlapraveen9966]

@@GauravJ thanks sir clarified me sir

[@jijovarghese1987]

Same thing i also noticed and commented. But now only i read this comment. 👍

[@shrimaycreations7114]

1:07

[@Saikiran-rz6mh]

In series circuit
You drew the current in actual direction
Instead of conventional direction 😅