I'm retired now, but a friend of a friends son needed to evaluate/ calculate a similar circuit. It was 40yrs ago I did this at college and knew most of the calculations, but needed a few pointers (I'm also 3 days into covid, so brain fog didn't help). Thanks for an extremely clear example and taking the time to u tube it. I've sent photographs of my workings to him, so hopefully he'll be able to work through it👍
Is it possible to obtain the currents in a situation exactly like this but with another resistor at the second loop? I reckon it wouldn't be since there'd be 4 unknowns but only 3 equations...
You can assign it any direction you choose. The arrow represents a fictitious ammeter you put in to measure the mesh current. The arrow head represents the + terminal of the ammeter and the tail its - terminal.
Hi there, I have a question about "A simple DC-circuit is fed by two batteries - with equations using Kirchovs laws". Any chance we can speak about this via zoom? I desperately need help.
it deeply unsettles me that you left out the units for most of the calculations, which leads to confusion in more complicated formulas with multiple physical quantities
I'm retired now, but a friend of a friends son needed to evaluate/ calculate a similar circuit. It was 40yrs ago I did this at college and knew most of the calculations, but needed a few pointers (I'm also 3 days into covid, so brain fog didn't help). Thanks for an extremely clear example and taking the time to u tube it. I've sent photographs of my workings to him, so hopefully he'll be able to work through it👍
Possibly the best and most straight forward explanation I have seen on how to find currents in a circuit. Great job!
I have my finals coming up and my teacher didn't give us a break down of how kirchoffs law worked. This was super helpful
So good! Thank you! Nice handwriting btw, it is so clean that I really got motivated learning.
Thank you so much!! you saved me on my college assessment!!!
Thanks! I have a quizz tomorrow and my teacher hadn’t taught us anything about power yet :(
Is it possible to obtain the currents in a situation exactly like this but with another resistor at the second loop? I reckon it wouldn't be since there'd be 4 unknowns but only 3 equations...
How i calculate current two different direction voltage source circuit. Plz i will be waiting a solution video.
Good explanation sir... Great job👏👏👏🤝🤝🤝
When you have your 2 final numbers can you add them instead of multiplying to make the equations match?
Saved me on my summative assessment.
Can you help me? I have this same problem but the directions are both counterclockwise. How do you do that?
Thank you, Neil!
I did every step right and still not getting to the end. Is there a possibility that the resistors values are off?! Help please
Very useful video, thank you very much!
What if I2 also have voltage source?
That is the power for I2. How do you calculate total power, by adding all three?
how do you get the voltage drop for every resistor?
I×R
@@AA-nh5wo haha thanks I needed this 2 years ago but I'm done school.
Thank uuu
It's too much helpful for me❤️
Hey, if you see this I am really in need of help. What if the two simultaneous equations can't be multiplied by no number
Saved me on my assignment, can't say i understand it any better though. But thanks
Thanks very much...good work.
how the current for mesh B counter clock wise?
You can assign it any direction you choose. The arrow represents a fictitious ammeter you put in to measure the mesh current. The arrow head represents the + terminal of the ammeter and the tail its - terminal.
Very helpful thanks
so helpful! thank you!
Thanks. Its so helpful❤️
Helpfull information
Tq so much sir .🥺
Very thanks for this video bro
thanks..you help me a lot
Hi there, I have a question about "A simple DC-circuit is fed by two batteries - with equations using Kirchovs laws". Any chance we can speak about this via zoom? I desperately need help.
Have you found the answer to your question
Thank you
thanks a lot
Thnx a bunch!!!
مشكور حبيبي
thanks
it will take less than 2 min by nodal analysis
sooooo helpful
This is amazing thank u !!
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it deeply unsettles me that you left out the units for most of the calculations, which leads to confusion in more complicated formulas with multiple physical quantities