17 - Kirchhoff's Current and Voltage Laws (Solved Examples)

In this video, Kirchhoff's current and voltage laws are explained. Kcl states that in a closed loop of an electrical network the sum of currents leaving a junction should be equal to the sum of currents entering the junction. Kvl on the other hand states that in a closed loop of an electrical network the sum of voltages dropped across the resistive elements should be equal to the source or applied voltage.
Solved Examples in there.

Link to other videos
Voltage Division

Current Division 1 - How to divide current in a parallel circuit

Current Division 2 - More Examples on How to divide current in a parallel circuit

Kirchhoff's current and voltage law (Concept and solved Examples)
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[awesomeswordsman]

it's thanks to people like you that make youtube a treasure trove of knowledge, thanks for the explanation

[ClementAntwiAkrosah]

Very nice tutorial. I just realized it is not that difficult. Thank you

[BancheBirhanu-wskx]

Very useful video for grade 11th student thanks sir

[margaretnarh]

Please how did you get-3 for the second equation

[danielkarikari]

Please can you say i=i1+i2 then substitute it into the equation..so that wherever you will find i you will put i1 + i2 there ??

[apaubright]

Please in the first loop you didn’t add the I but in the second loop you added the I1 moving through 2 ohms
Please why

[danielkarikari]

When you divide -3i by 2 the answer should be -1.5i but you ignored the i

[creatorattractor]

Why some videos say electrons flow from negative terminal to the positive and when solving Kirchoffs laws i see videos start from the positive direction? Explain, i am a new learner.

[samuellahdanyls]

hello . pls when we made I2 the subject . it was suppose to be -1.5I + 6I1 .or am i mistaken

[georgeonyeka]

This video is wrong. How did 3I become 3i1? Check between the 14th and 16th minutes of the video.

[gany]

-3I /2 wjere os your I then your whole working is wrong

[ujmipck]

Actualy this is not right answer
Please check it again