Thank you for such a great lesson.. I've been struggling to understand what my tutor has been trying to tell me.. but you broke it down to and explained everything so clearly ...
excellent Video.....one of the best video tutorials i have seen!....clear, concise, good volume, good speech rate....easy to understand! - overall - excellent!
+madmex152000 Thank you very much for the very positive comment. I try to go through everything step-by-step… in fact you can a listing of all my videos from my website, www.stepbystepscience.com
This is a very helpful and easy to understand video. I had this taught to me by my Physics teacher and i didn't understand and i watched this video twice and i understood fully. Thanks for this video
Hi Brian, @ 5:15 you mention that we should have these rule memorized by now. Can you point me to those rules ( I understand the series rule Resistance ad R1+R2,,and It = It = ,,, Et = E2+E3, etc ). but where would I find the parallel rules. Thanks
So, since I= V/R, then if there is no resistance in the circuit, current is infinite no matter the voltage? Doesnt current measure coloumbs per second that pass a particular point? Please explain. Thanks in advance.
It's impossible to watch these videos in series. I looked under your playlist. There's nothing under resistors in electric circuits. There are 16 videos of those, can you pls advise on how to easily access it? Thanks
Hii I have a question about the battery is that inside of the battery you have electrons because of redox rxn's and there are electrons more (8 electrons for example) at the negative terminal and there are less electrons at the positive terminal (3 electrons). And I found out that at the negative terminal the electric potential of 8 electrons is (-8J/C) and the electric potential at the positive terminal, the electric potential of 3 electrons is (-3J/C) and when I take the voltage of the 2 points of electric potential then I got two possible answers that is +5V and -5V and I am not sure which one should I use???
In series current the same current flows throughout the circuit... Then how current flows if resistance resist them ?.... How can we know that it's the same current who is flowing throughout the circuit?
Generally we say that resistors just reduce the amount of current. If the resistance is high enough then it could get close to zero. We know the current is the same throughout because we can measure it. Also in a series circuit there is no branches for current to enter or leave the circuit. Like a street that goes around in a circle with no side streets. Does that help?
Question. If you inserted a wire (short) after resistor R1 and before resistor R3 then resistor R2 would be isolated and have zero voltage and current. The total current would change to 1 Amp. Is this correct? Thanks!
Great and thanks for letting me know. I just tryto go Step By Step, in fact you can see a listing of all my videos at my website, www.stepbystepscience.com
In the beginning of the video, you state questions that we wanted to address throughout the video. But the questions are different. You say what is the total _____ of something at the beginning of the video, and then eventually ask a question that is different throughout the video like what is the ________ of each resistor.
Anthony Vu First I did the total voltage, resistance and current. Then I did the current through each resistor and then the voltage drop across each resistor. Step by step…I think!
I am usually Tom Hanks, Vince Vaughn or sometime Vin Diesel???? They all work for me. You can see a listing of all my videos at my website, www.stepbystepscience.com
I am from San Francisco and I am currently teaching in Berlin Germany but I will check out their website. You can see a complete listing of my videos at www.stepbystepscience.com
Thank you for such a great lesson.. I've been struggling to understand what my tutor has been trying to tell me.. but you broke it down to and explained everything so clearly ...
You're very welcome and thank you for the very nice comment.
this guy is amazing, i've had this explained to me a million times i saw this once and got it. i had to practice it but i got it!!
Genius. Not everyone can teach sir. I hope you are still spreading the love. Thank you!
Yes, I still am. Thanks for the nice comment!
I learned more during this video than I have in the 4 weeks I've been in class!! THANK YOU!
This video explains it 100x better than my own college instructor. Thank you!
That is a lot of times. He or she can't be that bad. You can see a listing of all my videos at my website, www.stepbystepscience.com
College? But I'm only second year highschool... :'(
@@lourdesreyes6070 don't feel bad I'm 50 years old learning electronics! :-)
excellent Video.....one of the best video tutorials i have seen!....clear, concise, good volume, good speech rate....easy to understand! - overall - excellent!
+madmex152000 Thank you very much for the very positive comment. I try to go through everything step-by-step… in fact you can a listing of all my videos from my website, www.stepbystepscience.com
Best one I have seen. Test in class tomorrow!
Best of luck!
This is a very helpful and easy to understand video. I had this taught to me by my Physics teacher and i didn't understand and i watched this video twice and i understood fully. Thanks for this video
Glad it helped and thank you for the comment.
You're a great teacher! Thank you!
Thank you for the awesome video!!!!!! Hands down, the best explanation of series circuits.
Glad it was helpful! Thanks for watching.
Currently in college for automotives and the instructor can't teach worth anything, these videos are my only hope to pass the course
Thanks for your positive feedback!
You are the best lecturer i have ever came across.. tnx U've helped me
That is very nice of you to say. Thanks for watching and commenting.
working on a lab report and you just clarified so much for me! Thank you!
You're welcome. Glad it was helpful!
saved my ass for my exam tomorrow lol thanks
I have a unit test tomorrow too and I'm so fucking happy
This has been extremely helpful in clearing a couple of doubts of mine. Thanks for taking the time to make this Brian :)
Deva Subramaniam Deva you are very welcome, glad that you found it helpful and thanks for commenting,
thanks, my school doesnt provide much on electronics but ive always been fascinated by electronics so this helps alot
Excellent video! Very easy to follow, and very descriptive. Thanks!
Thanks so much! Just started learning this and felt so discouraged but after seeing this it makes way more sense.
Super helpful talaga sakin tong vedio
Thank you for your video! you covered very important things that my professor seemed to has passed over!
***** Great and thank you very much for the positive comment.
great work...!!!!! i didnt knew a shit abt resistors but seeing this video... helped me understand it,!!!! hats off to you....
Great and thanks for the comment.
Brian, thank you so much. I am so happy i stumbled upon your videos. You have relieved so much of my anxiety
glad that the videos were helpful.
thank u for all your explanations . I could just learn everything by your videos my teacher is just horrible in teaching practicals
Very clear explanations and a good pace, not too fast or slow. Thank you for this resource and keep up the good work. :-)
thank you for the positive comment.
Thank you, great explanation and easy to understand! Thumbs up!
Thanks for watching and commenting!
Thanks!! easy to understand and very clear..
This was amazing I may actually pass physics❤️🙏🏾🙏🏾🙏🏾🙏🏾
I hope it goes well! Thanks for the comment.
Again, helped me a ton. Thanks!
You made this simple and easy to follow thank you.
that is always the goal!
U have cleared my all doubts Thnx
You are very welcome.
Hi Brian, @ 5:15 you mention that we should have these rule memorized by now. Can you point me to those rules ( I understand the series rule Resistance ad R1+R2,,and It = It = ,,, Et = E2+E3, etc ). but where would I find the parallel rules. Thanks
I appreciate your explanation.........well done sir.
Thanks for your help.I can understand it all now.It was very help full
Great video, thank you. I wish the audio was better, the volume was too low.
Damn youre a really good teacher
Very nice of you to say so, thanks for watching and commenting
thank you so much ....... it was very helpful.........and very easy to understand
THANK YOU SOOOO MUCHHHH YOU HELPED MEEE WITH MY QUIZ!!! THANKS
Happy to help and thanks for commenting
Finally! Thank you!
Great and you are very welcome!
This helped me a lot. Thank you!!!
Great that it did and thanks for letting me know. You can see a listing of all my videos at my website, www.stepbystepscience.com
Your videos are amazing! Thank you so much for your help.
It would be your videos recommended after Khan Academy. Amazing Efforts!
I dont want to switch off the lecture is mesmirizing
Wow! amazing comment!
Thank you so much! Very informative video!
Glad it was helpful and thank you very much for commenting.
Hey! this was very helpful for my circuit topics.
Really nice explanation. Thank you!
No problem, glad that you found the video helpful.
So, since I= V/R, then if there is no resistance in the circuit, current is infinite no matter the voltage? Doesnt current measure coloumbs per second that pass a particular point? Please explain. Thanks in advance.
yes, current is coulombs of charge per second, the coulombs are made up of electrons.
This video thought me more than all of my school years
Scary, but thats for the positive comment.
It's impossible to watch these videos in series. I looked under your playlist. There's nothing under resistors in electric circuits.
There are 16 videos of those, can you pls advise on how to easily access it?
Thanks
That was Amazing explaining.... Thank you.
You are very welcome, thanks for commenting.
great video really helped me!
Thanks, glad it helped!
Great video brother. Thank you.
You are very welcome, thanks for the comment and thank you very much for subscribing.
awesomely explained ....... tnx buddy
Thank you very much and thanks for commenting.
Wow that was really helpful
Glad it helped
It's so understandable. ...thank you for it..it's helpful in my report
Thank you for your time and efforts. Liked and subscribed.
Thank you very much for everything.
Nice with easy to follow explanations ta
You are very welcome, thanks for watching and commenting.
Hii I have a question about the battery is that inside of the battery you have electrons because of redox rxn's and there are electrons more (8 electrons for example) at the negative terminal and there are less electrons at the positive terminal (3 electrons). And I found out that at the negative terminal the electric potential of 8 electrons is (-8J/C) and the electric potential at the positive terminal, the electric potential of 3 electrons is (-3J/C) and when I take the voltage of the 2 points of electric potential then I got two possible answers that is +5V and -5V and I am not sure which one should I use???
The potential difference across the battery is positive, therefore you should use the. positive value.
@@stepbystepscience it is because of convention
@@spurti yes
@@stepbystepscience thanks for clarification
Thanks professor!
Just a teacher but you are very welcome, thanks for watching and commenting.
congragulations, you saved my ass from eternal depression!
Excellent and thanks for the comment.
Very helpful to understand thank you
Glad it was helpful!
Thank you very much for your help in the video
Great and thanks for watching.
Thannnnkk you very much you explaining better than my teacher 😓💕
This was great thank you
Thanks for saying so!
Thank you so much !
You are very welcome. You can a listing of all my videos from my website at www.stepbystepscience.com
Very clear explanations.Tq Sir !
extremely helpful
Thanks, glad to hear!
Thank you very much.
You are very welcome.
This will teach you!
Thanks for the video.
In series current the same current flows throughout the circuit...
Then how current flows if resistance resist them ?....
How can we know that it's the same current who is flowing throughout the circuit?
Generally we say that resistors just reduce the amount of current. If the resistance is high enough then it could get close to zero. We know the current is the same throughout because we can measure it. Also in a series circuit there is no branches for current to enter or leave the circuit. Like a street that goes around in a circle with no side streets. Does that help?
@@stepbystepscience yess...Thank u
Thanks alot that helped tremendously!!! THANKS!!! :)
Question. If you inserted a wire (short) after resistor R1 and before resistor R3 then resistor R2 would be isolated and have zero voltage and current. The total current would change to 1 Amp. Is this correct? Thanks!
Yes
@@stepbystepscience Thanks for all your help! Very good!
great explanations, thanks!
thx for explaining your videos are awesome
Great and thanks for letting me know. I just tryto go Step By Step, in
fact you can see a listing of all my videos at my website, www.stepbystepscience.com
Thanks. Very helpful 😁
realy you are amazing and thanks for easy explain.
Thanks very much that was very helpful
walaa slam Great and thanks for watching!
first thanks for your time give to us,it is really helpful for me.
Thank you Sir!
Omar L AnSaRii You are very welcome! Thanks for commenting.
good job sir
I love this video
Very nice of you to say.
Great video
thank you very much.
Thank you sir, you really help me!
You are welcome!
brilliant video thank you very much
+Craig Coates You are very welcome. You can see a listing of all my videos at my website, www.stepbystepscience.com
Way more complicated then it needs to be, Have you heard about the PIER method? Very simple.
thank you so much
You are very welcome, thanks for taking the time to comment.
nice and simple
Step by step.....
what if there is a ground somewhere in the circuit? how do i calculate it?
what if there is 3 batteries but the batteries is place after the resistor in series?
fantastic !!!!
In the beginning of the video, you state questions that we wanted to address throughout the video. But the questions are different. You say what is the total _____ of something at the beginning of the video, and then eventually ask a question that is different throughout the video like what is the ________ of each resistor.
Anthony Vu First I did the total voltage, resistance and current. Then I did the current through each resistor and then the voltage drop across each resistor. Step by step…I think!
Thanks a lot. Very useful... by the way you sound like Tom Hanks
I am usually Tom Hanks, Vince Vaughn or sometime Vin Diesel???? They all work for me.
You can see a listing of all my videos at my website, www.stepbystepscience.com
very helpful thank you! You should work for the ETI school and be a D.C Theory Instructor.
I am from San Francisco and I am currently teaching in Berlin Germany but I will check out their website. You can see a complete listing of my videos at www.stepbystepscience.com
thanks it was perfect
Please keep making videos
As fast as I can while working full time as a teacher.
THIS IS SO GOOOD!!!!
hai sir thanks for the video,.can you give an example,series circuit,voltage is 5v , R1= 10komhs
and how to find the resistance of R2?
Thank u so much
Most welcome
He kept saying .057 instead of 0.57 but excellent video!
+Apryle Taylor I never noticed that…thanks for letting me know. You can see a listing of all my videos at my website, www.stepbystepscience.com
best video
Thanks for saying so.