Greetings from Colombia, Very good video, professor. I recently watched your channel and, even though English is not my native language, I understood it. It would be interesting if someday you make a video about RC and RL circuits. Thank you very much for your videos, professor. Keep up the good work.
@lbccphysics12 күн бұрын
Still building up the library but RL/RC/LC circuits and AC Circuits are in this playlist: kzbin.info/www/bejne/qKqkp6OGd6qVaqc
@PantherMaster20 күн бұрын
dayum
@MiguelELJrАй бұрын
That's Great! I didn't know This rule. Thanks for sharing
@MiguelELJrАй бұрын
Awesome content! Thanks for sharing
@frederickwilt5541Ай бұрын
Or you just use a calculator/program that knows how to do RC computations.
@willthecat3861Ай бұрын
AFAIK, the loop equation is wrong. It should be Vc-Vr = 0
@lbccphysicsАй бұрын
Something of a Physicist/Engineering disagreement of where minus signs go. If V_R = -RI then it's V_C + V_R. If V_R = +RI then absolutely you're correct.
@lbccphysicsАй бұрын
What's important is that the differential equation gets us a negative exponential as the solution instead of a positive one. A lot of ways you can define things so that it works that way.
@CGKAYA-qe9dcАй бұрын
Because they re function of time.
@AGI-BingoАй бұрын
Great Education! Subscribed! 💜
@oberoiddroidus2114Ай бұрын
Good point, showing slope lines. Did not find that in the videos of Van Biezen, Jason Haffner nor Gilbert Strang.
@xuongminhtran7597Ай бұрын
Wow
@LluviaZuniga-qq6ttАй бұрын
Wow! Sooo much better with the new setup!
@goodboy41294 ай бұрын
good video, do you write backwards on the board? because it's not noticeable very smooth
@khuti0074 ай бұрын
Camera filp, actually its a software kzbin.info/www/bejne/bpOqf3yVrJhppJI
@lbccphysicsАй бұрын
Software reflects or flips the video horizontally. It's a quick filter on most video editing software.
@Rayn2504 ай бұрын
how do you write backwards fluently
@lbccphysics4 ай бұрын
The software flips the video horizontally.
@PapiCiencias4 ай бұрын
coool
@PeteAndrews4 ай бұрын
This may be a stupid question, I am certainly a novice, but I can't seem to get rid of this annoying thought? How is angular momentum conserved if when, for example, you split a particle into an entangled pair and that pair now has opposite spin, thereby canceling each other out and removing the source particles spin, either left or right, up or down, from the cosmos?
@lbccphysics4 ай бұрын
When you do pair creation, you don't take one particle and turn it into 2. Pair creation takes 0 particles and creates 2 particles with all opposite measurements. So you start with 0 angular momentum and end up with 0 angular momentum.
@mxminecraft94105 ай бұрын
Very nicely explained 😁 I hope you gain more subscribers