Resistors in Series and Parallel Equation Derivations

[@joshuawilliams3221]

Everyone brought I to the party! I also really like defining equivalent resistance. Bringing back the animation of the positive charges for the junctions is also fantastic. Everything is well thought out and presented in a very clear way Another fantastic video! Congrats on getting through AP 1!

[@FlippingPhysics]

Thank you. It's been a long strange trip.

[@BeckePhysics]

At 3:30, I love how you specifically define equivalent resistance.

[@FlippingPhysics]

I love how you love the two changes I made to the video based on your suggestions. 😇

[@handhdhd6522]

Coming to this channel as an electrical engineer reminds me of a simpler time

[@FlippingPhysics]

I can imagine.

[@robhousehold]

AHHH I LOVE IT! I'm actually learning! Keep up with the videos. Rn our college suspended in person classes and moving online due to Coronavirus. we are currently on electromagnetic waves and Gemotric optics.

[@BeckePhysics]

At 4:30, great to include multiple arrows to show the direction of the loops.

[@BeckePhysics]

Superb. I didn't see anything I'd change.

[@FlippingPhysics]

Rock on!

[@tjbutterfield]

My comments appears to have gotten lost. Testing.

[@diannsloan2546]

Looks great

[@FlippingPhysics]

Thanks!

[@tjbutterfield]

Trying again: It all seems sound to me. I found it very informative and even had my own aha moment during the parallel portion. As long as this video is follow-up to one explaining Ohm’s law, I think it’s perfect.

[@FlippingPhysics]

Yes, there is a video which precedes this one which covers Ohm's Law. Thanks!

[@AyalaMrC]

Looks great!

[@FlippingPhysics]

Thanks!

[@syntacticcave9514]

Best