Series and Parallel Circuit Elements the Easy Way
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- Опубліковано 5 сер 2024
- This video demonstrates a simple technique using colours to easily and correctly identify series and parallel elements in a circuit schematic. Will Romeo learn these skills well enough to pass his quiz and quickly enough to make it to his date with Juliet? Watch to find out!
![ЛЕБЕДЕВ у ДУДЯ: муху не обманешь 😁 [Пародия]](http://i.ytimg.com/vi/E74h5fvVrqs/mqdefault.jpg)
Sure hope my profs are cool with me bringing colour pencils to my exams
“Thank you for taking time out of your busy day.” Man, you’re making my day way less busy! Thank YOU!
Struggled through a whole EM physics course without this knowledge. Now, I'm taking an upper div electronics course and in a moment of desperation on a complicated DC circuit went to UA-cam. This makes everything so much easier!
Concise and comprehensive. Awesome job making this video. Appreciate the time you spent to create this tool!
Oh my god this is a life saver!! I have been so confused about this topic and watched so many videos that did not help but finally i understood it thanks to you!!!
This was an amazingly unique and refreshing video. Thank you so much for taking the time out of your busy day to impart this knowledge.
WOW! You are the best... i've watched a lot of videos about series and parallel connections,but still confused, fortunately, i came across this video and this really helped me a lot.. i have an exam tomorrow, and this will definitely be of great help, please continue making more videos of this kind... :)
Thanks Louise! Good luck with your exam! :-)
If you have specific problems in the course, feel free to send them to me and I'll solve some in my weekly video: info@redmondphysicstutoring.com. I also have lectures for most of the course available for free at Udemy: www.udemy.com/user/scottredmond/
Sir you really are the best,...btw, i just wanna ask, is Kirchhoff's rule only applicable to circuits with only one power source?,.. thank you sir
Kirchoff's rules apply for all circuits, even with multiple voltage sources. For the loop rule, when you cross a voltage source you add the voltage if you go from negative to positive and you subtract the voltage if you go from positive to negative.
I should have some examples...
1) This video has two voltage sources and four resistors. At Vanier, E&M students were almost guaranteed to see a question just like this on a test or exam.
ua-cam.com/video/wNSIvuFBDPU/v-deo.html
2) Last week's webinar (ua-cam.com/video/xko9D5rLgok/v-deo.html) has an example with three voltage sources. This video is 30 minutes long but the pace is more realistic (and you can always speed it up).
3) Another video with a tricky circuit with 5 unknowns and two voltage sources: ua-cam.com/video/XtkXRTfRGeI/v-deo.html
This video is only 9 minutes long because I sped up the algebra.
@@RedmondPhysicsTutoringVideo thanks☺
no sir thank YOU for taking time out of your day to give us this information for free. greatly appreciate it. this helps a lot!
One of the most helpful video I've ever found on this topic. Thanks.
THIS IS INCREDIBLY HELPFUL, THANK YOU SO MUCH. I am grateful you posted this. I FINALLY UNDERSTAND
Great explanation and straightforward. Its nice that the video was not lengthy to explain something simple. Thanks!
I will not be kidding if said this was the best class of my life, and 8 years ago man where have you been?!!! ❤❤❤❤❤❤❤
What an amazing video. I would love to be a teacher as efficient and helpful as this man. Got my colored pencils.
Amazing i was struggling with it for a couple weeks but after i found your video; boom, i get it in just 3minutes. Thanks indeed.
watched many videos on how to identify parallel and series, by far the best one. good stuff
Awesome, great help!! Thank you!!
oh my god this is the best video ever. I don't have a date like Romeo but I really did have a quiz on this tomorrow! Thank you
oh my god thank you so much. i cannot stress how much you have helped me.
omg thank you. idk why but I struggled so much with this, but you made perfectly clear!
Thank you so much
You've really saved me!!
I've watched several videos but this one helped me.
God bless you
I so much appreciate
This is the most goated explanation I have ever seen. Thank you.
wonderful explanation! really helped me. Thanks!
Now this is more my speed. I love DC and have wired quite a few boat's electrical systems.
Thanks a lot, you rock it to the simpliest.
Thank you very much for making it a lot easier.
thank you man parallel and series resistors failed me in the exam but you just made it easy thanks again
Made it a lot easier. Thank you
Great way to teach Man. Helped me a lot to solve my confusion. Thanks😃💯
Excellent Video dude thanks a lot !
Thank you very much!!! I am not such a fan of physics xD but when I find teachers like you make it better to learn, you made it so easy to understand :D
Awesome! I'm so glad this was helpful to you. It wouldn't be easy to understand if you didn't put in the effort though - you rock!
Very fantastic video such an extrodinary video I was struggling from 9th class to understand but i understood now in 1st year degree thank you very very much sir . Keep continuing like these videos to save students time .
Amazing method, thanks!
I am so so so glad that i find such a super useful video briliant you are genious ,heros
you deserved millions of sub ,you saved my simister that i almost failed
You're the man thank you !!
How to save someone's exam in 5 minutes. Thank you, you're the best!
Amazing explanation. Very helpful.
nice video. thank you for clearing the concept :)
Thank you very much sir, appreciated your teachings.
Man this was live saviour. Love from India❤️
This is great!!
its helped a lot sir..thank you very much .
Wow! This guy is really good.
thanks a lot , please continue making more videos of this kind
excellent.... wonderful ... very thanks brother
😂 when you understand the pure concept. You can explain briefly like this guy. Amazing !!
That was great!
This was really helpful.
Thanks, great help
nice video! Thank you.
thank you master you have my respect from now on : )
*Thank you soooooo much* Now I understand!
Thank you!
Wonderfull bro professors at the university couldnt teach us this for at least 3 classes but you managed to do it in 3 minutes
Awesome - glad I could help!
Superb explanation 👏👏👏
Amazingggg👌🏻👌🏻👌🏻
You are my hero right now
Bless your soul dude... 🙏🙏🙏
Really helpful.
what an easy way ! WOW
Thank you
Bro it was a really good trick thanks a lot.
Thaaannkkkyou soo much, this helped a lot!
whats heppend when we got 2 current source and 2 voltage source or even both in Circuit can i use that methode as well
Wow! Thanks a lot sir. It really helped me!
Fantastic! Thank you for letting me know!
I SWEAR THISS IS REALLY HELP MEE!!!! THANK YOU SO MUCHHH BRO 🤩
thank you very much sir
Thank you very much sir.
thank you so much!
Ossm video thanks for the trick 😇😇
Thx u helped me a lot 🥰
Thank You Soo Much ❤️🙌
Thank you so much you're the best smart in this world...
Super🔥🔥🔥
very useful video
This was very helpful ly homie
Thanks!
good work bro
Does the direction of current contribute to the final conclusion that the circuit consists of some resistors connected in parallel, if yes , how so
Not only Romeo,this trick helped me... either...
I am grateful you taught this. Why don't you dive back into youtube and explain such basic concepts?
wow..man.. now.. circuit solving seems interesting..tha ks a ton .. :)
That's awesome! Some circuit problems can be fun to solve - like doing a sudoku. Good luck with your course!
you practically saved me lol. thankyou.
tnx maa men u helped me a lot
so amazing=)) nothing to say, you are my hero=))
Haha you're too kind! Thanks for your comment though, and best of luck to you!!
God bless man!!!
This is genius 👏
that is great tysm
Brother
In the paper will we colour the circuits and then check whether they are in series or in parallel.
In the end you said thankyou for taking time to see this but i wanna pull uno reverse thankyou so muchhhh for clearing this!!!!! :))))))))))))
That's very kind! Thank you for sharing. Best of luck to you!!
awesome! thx a lot :)
+ihonestytruthful You're very welcome! Thanks for your feedback!!
NICE. Now how to figure out voltage, current, and resistance for all resistors and resistor groups x_x
Thank you so much !! I'm that ROMEO you talking about !
Awesome! Glad that I could help!
İt was useful
Thx ❤️❤️❤️
if an element is not in parallel, then is it in series? As in the 2nd example, "E, R1 and R2" are in series with "R3 and R4"?
thanks a lot...lots of love..:)
+sai srikar
I'm glad I could help!
Taking this into my physics exam tommorrow
Fantastiiiiiiiiiiiiiiiiiiiiiiiiic
ZephieNyan I'm glad it helped! Good luck with your physics course!
you the best
Hi, This video was helpful but does it work for all circuits ... sorry but i got few basic circuits and this method does not seem to work....its been long time im struggling with this series and parallel thing...any way to contact you? i won't take much time. .it would be great if you could check my circuits
Thanks sir