Just wish the steps were easy to see throughout the video. I was watching it as a pre-class thing and it flew a little too fast for me but I think I got the concepts. Thanks!
+Katrina Nordyke Great to hear that it was helpful. I tend to go fast in these videos because I try to take advantage of the fact that people can pause them.
When do we keep or destroy the wire affected by the change in time during t(infinity) and upon solving for the equivalent resistance steps? I’m asking because there were circuit problems where it was needed to keep the wire upon solving for the equivalent resistances which changed the entire Tao (T) value.
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thank you, you’re a godsend before my final ♥️
Perfect balance of speed and detail.
+wHiTe CrOw Thanks man, I appreciate it.
the only person that i have found that can explain things with clarity to simple mortals
Beautiful explanation! Simple, short and to the point & well explained! thank you!
No problem; great to hear that it helped you out!
As someone with a learning disability having the steps clearly labeled helps SO much! Thank you!
Straight to the point. Fantastic!
Studying for the EIT, thanks for the refresh. Thumbs Up!
No problem, good luck on the EIT.
Thank you for the video. It was straight to the point and short.
Thanks my friend, good for electrical engineering circuits. THANKS MI AMIGO...
Thanks so much. Great example.
Glad to hear it helped, Joe!
Thank you! I have an exam tomorrow and was still confused about some things regarding this topic. Now it’s clear
Great Job! Straight to the point, love it. Thank you!!!!
I hope this video gonna help me not failing my test for tomorrow
Thank you! this was a quick and precise explanation - just what I needed:)
Glad to hear that it helped!
Great video man.
straight to the point!!! Great job, thank you.
thank you very much, easy and to the point explanation, helped me a lot in my exam, thanks man!
This is awesome keep it up
+Nemaui f Thanks, man.
Just wish the steps were easy to see throughout the video.
I was watching it as a pre-class thing and it flew a little too fast for me but I think I got the concepts. Thanks!
+Katrina Nordyke Great to hear that it was helpful. I tend to go fast in these videos because I try to take advantage of the fact that people can pause them.
Thanks this was great!
MASSIVE HELP OMGGG
Thanks man....nice one
great
.
nice vid
Do more videos for Second order Circuits.
Thanks ❤️❤️❤️❤️
In the first example, you are adding the total resistances because they are in series?
Yeah, exactly. He calculated the Thévenin resistance. Check this subject on KhanAcademy out if you're in trouble. :)
When do we keep or destroy the wire affected by the change in time during t(infinity) and upon solving for the equivalent resistance steps?
I’m asking because there were circuit problems where it was needed to keep the wire upon solving for the equivalent resistances which changed the entire Tao (T) value.
You keep the wire when dealing with Inductors.
what software and pad pencil did you use to create this video?
I really love this video! The music is a little distracting
That's what I got bro
Hey, I think you switched mili (m) by micro (u) at 1:14
.
In the calculation, I am writing 0.375 mA as 375 µA (equivalent values). Hope that clarifies things. Thanks for the comment.
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