Gives an introduction into the physics of an LC circuit. This is at the AP Physics level. For a complete index of these videos visit www.apphysicsle... .
There are teachers and real teachers - lasseviren1 is a real teacher. Your explanations and analogies are excellent. Thanks for clarifying some muddy concepts I had of LC circuits.
Thank you so much, i was having a lot of trouble with the way my teacher translated these equations into shm but you explanation makes a ton of sense. Thank you!
your english and explanations is soo good, we don't have to best at english, we can understand easily i think that makes you international. thanks for this videos, you save my day
Good teaching video. His visual analogy @04:22 involving the mass tethered to a spring helps drive the basic concept of an LC circuit; another good analogy is a pendulum. In fact, a pendulum can be thought of as the "analogue" version of the LC circuit. When the voltage potential of the capacitor reaches 0, the magnetic field in the Inductor reaches its zenith which causes the capacitor to recharge. When the capacitor is recharged the Inductor's magnetic field is diminished, & the cycle repeats.
Ahhh !! so the inductor opposes the DYING out as well ,thus giving the cap an opposite polarity, exactly what i wanted, @laaseviren1 ,Thanks a million, keep making videos keep helping people !
just a tiny thing at the very end. He says that the A*w is the "maximum a" and the analogous to that in the current equation is the maximum i. The maximum i part is right, but A*w = maximum Velocity. Thanks a lot for the videos ^^
Awesome video! I've been study LC and LCR relationships for a while and your video has brought more clarity to this topic for me, thanks. I strongly believe that resonant frequency is the key to most 'free energy' (COP => 1) energy devices and solutions.
Hello Lasseviren -something in your accent tells me you are from Brooklyn N.Y. N.Y. and like eating Gefilte Fish and beigel with cream cheese, am i right? Greetings from Yoram Stein Amsterdam
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I'm thankful people like you still exist on this earth. I appreciate your videos!
Dai unakku arivu illa
There are teachers and real teachers - lasseviren1 is a real teacher. Your explanations and analogies are excellent. Thanks for clarifying some muddy concepts I had of LC circuits.
"Sloshing back and forth." Love this guy!
Thank you so much, i was having a lot of trouble with the way my teacher translated these equations into shm but you explanation makes a ton of sense. Thank you!
Thank you so much. I cannot understand people with thumbs down . You did an excellent presentation . I am so grateful . Going to part 2 now.
your english and explanations is soo good, we don't have to best at english, we can understand easily i think that makes you international. thanks for this videos, you save my day
Great Video, easy to follow and understand...interesting point about the 10V to 1000V and 10kV with the car scenario.
Good teaching video. His visual analogy @04:22 involving the mass tethered to a spring helps drive the basic concept of an LC circuit; another good analogy is a pendulum. In fact, a pendulum can be thought of as the "analogue" version of the LC circuit. When the voltage potential of the capacitor reaches 0, the magnetic field in the Inductor reaches its zenith which causes the capacitor to recharge. When the capacitor is recharged the Inductor's magnetic field is diminished, & the cycle repeats.
Ahhh !! so the inductor opposes the DYING out as well ,thus giving the cap an opposite polarity, exactly what i wanted, @laaseviren1 ,Thanks a million, keep making videos keep helping people !
Watched all videos if this chapter... All are awesome 👍
I understand more about the circuit lc thanks to this video than during the school lessons. thank you!
Nice concept
Hmmm
just a tiny thing at the very end. He says that the A*w is the "maximum a" and the analogous to that in the current equation is the maximum i. The maximum i part is right, but A*w = maximum Velocity.
Thanks a lot for the videos ^^
THANK YOU SO MUCH FOR YOUR VIDEOS! they are concise and understandable!!
Awesome video! I've been study LC and LCR relationships for a while and your video has brought more clarity to this topic for me, thanks. I strongly believe that resonant frequency is the key to most 'free energy' (COP => 1) energy devices and solutions.
Great explanation of the Coil Cap parallel circuit.
I’m used to seeing current as I not i so that confused me for a while. Other than that great video, really well taught.
so the reason why he choose cosine is because at cos(w(0)) meaning at the initial time, we would have maximum charge right?
Nicole O Yep and if you look at the corresponding equation for the current it would be a sine curve because the current is zero initially
ah so there is a 90 degree lag between the charge and the current
Well explained, thanks!
physics c 2019 gang
Taking it in 2 hrs. Help!!!
I have a stupid question. Can you use an LC circuit to make an inverter or can only only use it to smooth out the current from an inverter?
there are no such things as stupid questions in physics
how would you work out the total impedance in an lc circuit?
Great explanation! than you for posting this!
Is LC circuit a dc circuit?
Thank you sir ....you are better than our lord
What kind of cartoons does this guy watch?
+Matthew Shannon Roadrunner pee pee ppp
You are right
The active component in LC circuit is?
Hello Lasseviren -something in your accent tells me you are from Brooklyn N.Y. N.Y.
and like eating Gefilte Fish and beigel with cream cheese, am i right?
Greetings from Yoram Stein Amsterdam
Great video Thanks
Hi Lasseviren
can you speak Yiddish?
Is inductance the same as electrical inertia?
yes. :D
use different marker, the sound of it scratching is almost unbearable
You save my ass, thanks!!!
nice. thanks!
Thanks!
I gotta go I'm our of time :D
1.5x speed