No offense because you did an excellent job, but ain't it sad that internet teachers have more passion in teaching than the ones in person, or the ones in online classes? I learned more in this video than in class.
I'm deaf and I read lips so it was harder for me to learn in my electro-mec in class 2013 but I passed. Now I'm in electricity and it's way easier with these youtube videos and subtitles. I'm just refreshing my memory while the rest of the class does the theory classes.
I can do parallel and series separate in my sleep but it was tough for me to learn the combination series with kirchhoffs law. This video helped me out a lot! I’ll definitely be coming back.
What a fantastic video. I struggled to understand how to solve out for current and voltage drop, in 3 classes in my apprenticeship schooling. After one video I completely get it now.
You have just saved me! Was struggling so much to understand this for my degree and now I completely get it. Thanks you so much for your excellent content
you just explained the junction rule so clearly. I was subconsciously confused about that one and when you brought it up it made me realize I didn't understand it but now I do. Thanks so much for the clear and concise video!
I'm studying for a test at my job and I think he has done the same for me! The way he explained it helped me understand how the drops between parallel resistors 😁
Hey I have done a couple of other simple circuits using his diagram method but I've gotten to more complex looking ones and I'm having trouble visualizing what they would look like in his Diagram format. Any chance you might have been able to implement his strategy on some more difficult ones? I have a picture of the circuit question
Can you explain this problem I’m having a hard time getting it I’m trying to used this video to get resistance and current 150 vdc r1 25 series r2 100 parallel r3 40 series r4 150 parallel r5 100 parallel all resistors are ohms
Hello first off great video. I have done a couple of other simple circuits using this diagram method but I've gotten to more complex looking ones and I'm having trouble visualizing what they would look like in your Diagram format. Any chance you might be able to explain a more difficult combination circuit in this method? Or I have a picture of the circuit question if I could send it to you and you could rewrite it in your format.
Huge help, great video. I'm a Software Engineering student (about to graduate in spring 24, had to delay due to a class issue) but I took a couple of physics classes and embedded devices as electives, had to learn all of this circuitry while also learning Java and database design in the same semester haha. Seemed like fun, to be able to learn the basics (arduino's, etc) to eventually much more advanced electrical devices and robotics someday, combine it with my coding... Anyway, all good, easy, but this specific class, the Prof seem to have a hard time teaching this material. You did a great job. However, I have a question for ya. When using the equation for parallel resistors, you isolated the two parallel resistors... in this situation, why didn't you use product over sum formula? R1 x R2 / R1 + R2 ?? I understand that you used the parallel formula for Resistance equivalency for 3 >= resistors, but was it personal preference or was there a specific reason? Just trying to find out if there's any unspoken rule or something you learned from your experience, thanks.
Hi I’m ap phy 2 student and I’m struggling. I found this video on my feed I watched it and it turned out to be really useful ,how can I approach more to these videos beside RU-vid bcz I don’t think all concepts are on this channel
every video ive seen uses an example like the one shown at 7:02 the problems that i have only give me one resistor and the rest are blank. maybe someone can help me solve it i i may just be overthinking it because i know i can solve the regular single and parallel circuit series but i dont know why this one problem is throwing me off. Et=12v It=blank Rt=blank E1=6v I1=blank R1=blank E2=blank I2=1A R2=blank E3=blank, I3=blank, R3=6 ohms
why does everyone only use the example of 1 resistor in series and 2 in parallel? 😭 i need examples with 1 in series, 3 in parallel, or 2 in series with 3-4 in parallel
RU-vid videos are edited and there is a lot of time to prepare for each class but in reality ... Teachers go through much stress trying to cover a lot over a period of time whereas on RU-vid you just need to cover one concept
Just a comment. The voltage (potential difference) in parallel circuit should not vary. The p.d. or Ve across the whole circuit is equal to the p.d across each resistor. Ve = V1 = V2.
