Kirchhoff’s Laws 3 | Kirchhoff’s Current Law (KCL) | Kirchhoff’s Voltage Law (KVL)

[@MaladoJallow-ip1qs]

You made everything understandable and easy ❤️❤️❤️❤️

[@jonahemmanuelofficial]

Glad to hear! 👍

[@lebekolebeona]

You made it simple and straight forward

[@jonahemmanuelofficial]

Glad to hear, thank you 👍

[@kayodeisaiah7322]

Very explanatory❤😊🎉

[@jonahemmanuelofficial]

Glad you think so!

[@DaniellaOkpara-t7h]

It's how easy it is for him to break it down.Idan!🙌

[@jonahemmanuelofficial]

🙏🏻💙

[@Gcpwithvictorjoseph]

Excellent 📚
This was really helpful in my study

[@jonahemmanuelofficial]

Awesome.
Glad to hear.

[@Rabsonmwilambwe]

Very helpful.thank you sir

[@jonahemmanuelofficial]

Always welcomed 👍

[@MariaMacilina-xz9ln]

This is really helpful thank you

[@jonahemmanuelofficial]

Glad to hear

[@thephilosophicaluser]

Thank You sir😂, you just saved me 2 weeks of lecture

[@jonahemmanuelofficial]

Hahaha... Great to hear

[@NgwaChelsea]

Omo where has this vid been 😂💔💔💔🥺sirrrr it is supperb,this topic nah sweng for gce bc if this vid❤❤❤

[@jonahemmanuelofficial]

Awesome. Glad to hear 👍

[@stephanieuzama]

Thank you so much, this videos are so helpful

[@jonahemmanuelofficial]

Awesome.
Glad to hear

[@mathsandscienceisfun7194]

You are good, God bless you

[@jonahemmanuelofficial]

🙌

[@kariborojoseph613]

Sir,what is to be done if there is no assumed current?

[@jonahemmanuelofficial]

Assume one

[@dolmyGamer]

Very good but this can be solved in 30s. At Node b, you can write the KCL law there, 24-Vb/3= Vb/4+Vb/12. Solve for Vb and find your currents

[@jonahemmanuelofficial]

That's not an exam approach

[@life_with_soso-qi4fe]

thank you so much sir
you have helped me so much
but i don't think that method doesn't apply to all questions of that type

[@jonahemmanuelofficial]

@@life_with_soso-qi4fe ok Soso. Very much welcomed.

[@WealthOseseme.A]

Thank you so so much for this Sir
well explained
please can you solve more examples on these

[@jonahemmanuelofficial]

Awesome. Glad to hear.... Ok..!!!!

[@UmehOgochukwu-o2t]

This is really helpful.
But what if the resistor in the second loop is more than one

[@jonahemmanuelofficial]

Count it too

[@UmehOgochukwu-o2t]

@@jonahemmanuelofficial counting it does it mean addition of the resistor of the resistor. For instance using your example, if you have like 4 resistor at the end of loop B what will it be?
Eg 4I subscript 2- 2Isubscript3.............
The following resistors will it be plus or minus

[@princeoluka6045]

Please sir is there more video on, DC circuit analysis, Kirchhoff's law superposition thereom,more, this one is awesome

[@jonahemmanuelofficial]

Thank you. Soon

[@tatektaffessesertsetatek7773]

🎉😮😂😊🎉❤❤❤❤❤

[@jonahemmanuelofficial]

🙏💙🔥

[@ErmiyasAlemu-eb1ri]

best man

[@jonahemmanuelofficial]

Thanks

[@kariborojoseph613]

Thank you so much sir. Really really helpful!

[@jonahemmanuelofficial]

Awesome. Happy to hear