This is is a great example on how NOT to solve simple RL/RC circuits. When you have a dependent source parallel to a resistor that carries the dependent current, the two are equivalent to a simple resistor... I took me 5 seconds to get the solution just by typing a key sequence into a calculator w/o having to write anything down...
I’ve learned more here in 30+ minutes than I have in a month of lectures… amazing. Thank you so much! Just something about this lecture video that makes everything feel easy… unlike my professor, who messes up 3x per lecture and loses my attention.
the vc(o) could have been found easily by souce transforming the 10v source and the 6ohms resistor to give a current source in parallel to the 6ohms resistor. then we can apply nodal analysis since all the element will all be in parallel and will have a common voltage i.e in dis case vc(o) will be dere common voltage
I like how savage this dude is. "I don't like to memorize anything so I derive it". This guy is the realest in the game.
This is is a great example on how NOT to solve simple RL/RC circuits. When you have a dependent source parallel to a resistor that carries the dependent current, the two are equivalent to a simple resistor... I took me 5 seconds to get the solution just by typing a key sequence into a calculator w/o having to write anything down...
Love how this guy doesn't rush through explanations and shows every step !
am i stupid?
I’ve learned more here in 30+ minutes than I have in a month of lectures… amazing. Thank you so much! Just something about this lecture video that makes everything feel easy… unlike my professor, who messes up 3x per lecture and loses my attention.
3+⅔=11/3 for Inductor total equivalent
where can get the cheat sheet?
where could one acquire that cheat sheet?
Can I get the sheet as a pdf ???
But i am confused cause dor t greater than zero inductance will be open ckt
Really good instructor, very nice work. I thought I should point out a mistake at
You are amazing! I wish I was in your class. Thank you for saving me a couple days before my final. Your videos continue to help people to this day!
on
Mr.Zahi your videos have been saving me through out the semester thank you very much
Amazing, thank you so much!
Your teaching skills make it easy for students to understand difficult topics. I admire your teaching skills sir, wish I had you as a teacher.
awesome video clear conceptualization
Sir, YOU ARE THE BEST!
the vc(o) could have been found easily by souce transforming the 10v source and the 6ohms resistor to give a current source in parallel to the 6ohms resistor. then we can apply nodal analysis since all the element will all be in parallel and will have a common voltage i.e in dis case vc(o) will be dere common voltage
Soldier attitude , dig it !