When two resistors are in parallel, they share the same voltage, but split the current proportionally. When they are in series, they drop voltage, and share the same current. This means that resistors in parallel will also act differently when trying to combine them. For parallel, use the formula he uses in the video. For series, simply add them together for Rt.
You're an international hero my dude, thanks a lot
Thanksthanks bro the video is still helping 4years down the line 😊
wow first video that explains thoroughly, thank you so much🫡
Very clear explanation!!.. thanks!!
Thank you bro by u i can understand superposition theorem ❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️
🙏👍helped with my homework and subject.
When a person on yt explained it better than an experienced teacher
Thank you so much. You explained it better than my teacher did :)
Hey my one power source is In ampere how to solve it?
Thnks a lot brother ❤
isnt this circuit in series opposing and current should be subtracted instead ?
Yes 🤨
serries and parrallel have different formula to find Rt but why just add all resistor?
When two resistors are in parallel, they share the same voltage, but split the current proportionally. When they are in series, they drop voltage, and share the same current. This means that resistors in parallel will also act differently when trying to combine them. For parallel, use the formula he uses in the video. For series, simply add them together for Rt.
@@dannyd666 thank you sifu
Excellent writing bro
Sir why didn't you extract current from 12ohm resistance
I will send to my friends tq one's again
Nice
Thanks
Find the same without using the super position theorem
Tq...
aree I 1 6by 7ni 6by 12 aa
Kya re tu kaha se aaya hai bharat ka h na tu