Using Kirchoff's Rules to Solve Circuit Problems with Multiple Batteries
lasseviren1
20 Comments
@brodyguthrie3502 6 years ago
Thank you so much for making all of these videos. All of my classes are through Zoom now and I can't comprehend what my professor is doing because he's more or less just talking through slides. This has helped immeasurably.
@CasonGray 2 days ago
ur the bomb dude! I often feel the openstax textbooks are complicated for no reason. I love the concrete examples, which let me easily extrapolate the concepts universally with little brainpower. Praise God for electricity! It's marvelous.
@bunnyqueen5334 2 years ago
Sir you have done a very good job stalling my circuits inspired mental breakdown, thank you
@andromedaphoenix 8 months ago
thank you for explaining this simply and clearly and showing every step - my textbook basically glossed over this and provided very few examples as if it wasn't that important, so i got very stuck. i know this video is 5 years old but you're helping me pass physics 2!
@JzuzGarcia 2 years ago
Thank you so much. I am currently studying for an exam on Monday and it is late Friday so my only resources are online help. I was able to solve my own problem with 3 batteries and 4 resistors following your example. Thank you for the help.
@Lexyvil 2 years ago
Thanks! I wasn't sure if going against the battery was + or - for when using the KVL rule, but this cleared it up!
@charlesroberts9900 4 years ago
Studying for my mechanical FE and needed help with the electricity and magnetism section, video helped so much! thank you!
@badgalirri 4 years ago
Thank you soo much for this video! I wish my teacher was explaining it as clearly as you.
@raccoon3440 4 years ago
Also this newer vid is much clearer to me than the older ones, seems you have improved
@raccoon3440 4 years ago
I owe you my life. Cool tip is I found most system of equations here can be eyeballed
Using Kirchoff's Rules to Solve Circuit Problems with Multiple Batteries