I wish that I could start from the basics. I watched this video and obviously I was lost completely! My time will come. PS: Your presentation was very professional!
So here is a little challenge: when charging there is a loss in the resistor , so how big is this energy loss relative to the energy in the capacitor? May be a little difficult so here is the solution ( because it is fun) the loss in the resistor is exactly half the energy stored in the capacitor WHAT? It is not a function of the resistor! So what happens when the resistor is zero? Have fun!
I wish that I could start from the basics. I watched this video and obviously I was lost completely! My time will come.
PS: Your presentation was very professional!
Check the playlists on my channel. You can start at the beginning.
Cheers,
Dr. A
Clear as a bell, and this is when things start becoming more interesting, too.
Thanks fizixx, always good to hear from you.
Cheers,
Dr. A
@@yoprofmatt Thanks :)
So here is a little challenge: when charging there is a loss in the resistor , so how big is this energy loss relative to the energy in the capacitor? May be a little difficult so here is the solution ( because it is fun) the loss in the resistor is exactly half the energy stored in the capacitor WHAT? It is not a function of the resistor! So what happens when the resistor is zero? Have fun!
Thank you!
You're very welcome.
Cheers,
Dr. A
Do you plan to teach Solid State Physics (SSP)?
Probably not, sorry. That's not my area of expertise.
Cheers,
Dr. A
Above love 💕
Awesome, thanks. Much love back at ya!
Cheers,
Dr. A