*Breaks down into tears, 'cause she finally gets what her teacher had been trying to force into her brain for the past couple of months.* SAVIOR. *Looks in awe. Cries again.*
Great that you found the videos so helpful. Thank you very much for the comment. You can see a complete listing of my videos at www.stepbystepscience.com.
I am so thankful to have found your channel. It’s been difficult to pick up heavy concepts like this being that I haven’t been in school for over 15 years. Your videos have helped me tremendously in such a short amount of time. Your videos cut all the fat out and get straight to it. Us engineering students appreciate you saving us some time. You’re amazing
I've been working on a book called: Arduino for musicians and it illustrates a lot of electrical schematics which brought me to your videos that made me understand more of what Iv'e just read. Your videos uses very good examples!
+Konark Raj Mishra That is good company, thank you for the very nice comment! You can a listing of all my videos from my website, www.stepbystepscience.com
I like the format which you make your videos! But it'd also be a lot more useful if you also showed yourself tackling capacitance problems in exam or isa format
Thanks for sharing these tutorials with us! I'm greatly appreciative. I have a small observation, though. KVL is E=IR, NOT V=IR! E, as I'm sure you know, is the symbol for electromotive force, whereas V is the symbol of Voltage, a unit of measurement for electromotive force... So, it would be either E=IR or Volts=Amperage x Ohms
Could u have a value for example like 100f 30v or 500uf 30v? Is this possible? how would this apply on a real circuit i dont understand or the voltage is defined by the capacitance?
So the bigger the capacitance the more capacitor can store electric charge, so does that means the bigger capacitance the more capacitor can store energy and the longer times capacitor can supply energy??
Yes, bigger means that can store more energy and charge. Size does not effect how long it can store the charge, should be able to hold the charge for ever. Time often depends on the size of the resistor the charge has to go through, with no resistor it will discharge immediately.
does that mean that a circuit with a battery of 1 Volt in which there is a capacitor with a capacitance of 1 Farad will store 1 Cb of charge (both plates considered I presume)? So there will be half a Cb of charge on the negative plate and half a Cb of charge on the positive one ?
A good video would be: '' when to use a capacitor and why? '' another good video that I still didn't find is; '' how to chose a transistor, how to apply it functionalities and how to find its value '' I know that buying hobbyists' electronic kits are a really good way too, but I costs a few quids and accumulate objects all around, specially when you are student and move home every two years or so :D
I am not exactly sure what you mean but….C is the symbol we use for capacitance in the equation Q = C x V. In explaining that 1 Farad is 1 C per V the C is the abbreviation for the unit Coulomb…it can be a little confusing. Does that help?
finally a teacher who understands how to teach, this world needs more human in it like yourself
Very nice of you to say so, thanks.
*Breaks down into tears, 'cause she finally gets what her teacher had been trying to force into her brain for the past couple of months.*
SAVIOR. *Looks in awe. Cries again.*
Great that you found the videos so helpful. Thank you very much for the comment. You can see a complete listing of my videos at www.stepbystepscience.com.
I am so thankful to have found your channel. It’s been difficult to pick up heavy concepts like this being that I haven’t been in school for over 15 years. Your videos have helped me tremendously in such a short amount of time. Your videos cut all the fat out and get straight to it. Us engineering students appreciate you saving us some time. You’re amazing
Thanks so much, I really enjoy making the videos and helping people.
This definitely gave me the simplest and best explanation of what capacitance is. More power to you Sir. Thank you!
You're very welcome, glad it was simple and clear.
I've been working on a book called: Arduino for musicians and it illustrates a lot of electrical schematics which brought me to your videos that made me understand more of what Iv'e just read.
Your videos uses very good examples!
Thank you very much for your very nice comment.
Wow you are a good teacher keep teaching
Thank you, I will!
You, Michel van Biezen and Salman Khan are my favorite teachers on the planet! Thank you so much Sir!
+Konark Raj Mishra That is good company, thank you for the very nice comment!
You can a listing of all my videos from my website, www.stepbystepscience.com
Brian Swarthout Sure thing Sir i will check it out!
I'm taking nanoelectronics and this helped me get the concept of capacitance, thank you!!!
Thank you for your clear explanation -- something my teacher was not able to do!
It was very easy to follow and understand. Thanks!
This s the best Physics channel!
Very nice of you to say so.
Thank you so much for the video, You are helping a ton of people
Glad to hear that! So nice of you.
Thank you so much teacher
You are very welcome
Been doing these calculation forever, but this has certainly helped my understanding of what capacitance actually is.
That's great, thanks for watching!
Just finished a new series of TH-cam videos, What is Current, Charge, Capacitance, Resistance and Voltage? Get'em while they're hot!
Step-by-Step Science u should of said while they're charged
Now it makes sense!
That's great, thanks for watching!
Elegant description!!! THANK YOU!!!
Very clear and helpful video! Now I will understand what my calculations mean. Thank you!
Great to hear that is why I made the video.
Thank you for your great explanation it was so helpful 👍👌
You're welcome, glad it was helpful!
Omg finally !!!! I understand it now !!!!!! Thank you so much
Im about to cry
I thought that I will never get this
No need to cry. Thanks for watching and commenting.
Well said and and clearly explained.
David T Thank you for the great comment, clarity is always important.
i pay $12,000 a year to oregon state university for a garbage professor that makes us feel dumb for not getting it, yet i come actually learn here lol
Sorry, but great that you found the videos to be helpful. Thanks for the comment.
I like the format which you make your videos! But it'd also be a lot more useful if you also showed yourself tackling capacitance problems in exam or isa format
Mitul Patel Thanks for the positive comment. I am making them as fast as I can, but I will put this topic on my list. What is "isa" format?
Thumbs up and subbed. Excellent and helpful videos. Thanks man.
Thanks for sharing these tutorials with us! I'm greatly appreciative.
I have a small observation, though.
KVL is E=IR, NOT V=IR!
E, as I'm sure you know, is the symbol for electromotive force, whereas V is the symbol of Voltage, a unit of measurement for electromotive force...
So, it would be either E=IR or Volts=Amperage x Ohms
G. Allen Gordon Thanks for the comment.
BRLLIANT JUST WHAT I NEEDED
Awesome!!!
that was pretty good explaination bro (thankyou) :)
Thanks for saying so!
great and simple explanation. Very helpful.
Excellent! Thank you ❤
Welcome!
Great video!
Thanks, glad you liked it!
Thank you .. it's so helpful ♥
Could u have a value for example like 100f 30v or 500uf 30v? Is this possible? how would this apply on a real circuit i dont understand or the voltage is defined by the capacitance?
Bravo to your explanation
Many thanks!
Thank you, this video is very helpful.:D
Great
Thx!
Thanks it really helps me
So the bigger the capacitance the more capacitor can store electric charge, so does that means the bigger capacitance the more capacitor can store energy and the longer times capacitor can supply energy??
Yes, bigger means that can store more energy and charge. Size does not effect how long it can store the charge, should be able to hold the charge for ever. Time often depends on the size of the resistor the charge has to go through, with no resistor it will discharge immediately.
@@stepbystepscience thanks for the answer :)
Thank you! And bless you at the end of the video
what does "45 + 5 uf mfd 370 volt" mean in a title of a capacitor and what power source should it be hooked up to charge?
It will be great if we can have tutorials on Diodes, Transistors, Oscillators, AM/FM Transmitters.
Thank you, Brian. Very helpful! :)
You are very welcome Thais.
Awesome!! thank you.
Super helpful!
Thanks, glad it was helpful!
does that mean that a circuit with a battery of 1 Volt in which there is a capacitor with a capacitance of 1 Farad will store 1 Cb of charge (both plates considered I presume)? So there will be half a Cb of charge on the negative plate and half a Cb of charge on the positive one ?
yes.
Thank you, very helpful
Thanks for letting know.
Thanks, I found your video from the qr code in oswaal question bank
The qr code was published in the book? That would be cool!
Very helpful, thanks :)
It's very helpful.
Hamide Ibrahimi It is very nice of you to comment.
Good explanation, thank you :D
Excellent👍🏼👍🏼
Thank you! Cheers!👍🏼
that was very informative. thanks a lot.
Make some more vdos on basic electricals
Like working
Thanks
Welcome
Thank you.
You're welcome!
Thanks thanks!! Is very important lessin
A good video would be: '' when to use a capacitor and why? '' another good video that I still didn't find is; '' how to chose a transistor, how to apply it functionalities and how to find its value '' I know that buying hobbyists' electronic kits are a really good way too, but I costs a few quids and accumulate objects all around, specially when you are student and move home every two years or so :D
Will keep it in mind, would like to do more with capacitors and inductors.
The 2 C's you put up there. Do both of them have the same symbol or something?
I am not exactly sure what you mean but….C is the symbol we use for capacitance in the equation Q = C x V. In explaining that 1 Farad is 1 C per V the C is the abbreviation for the unit Coulomb…it can be a little confusing. Does that help?
And C for coulombs.So, Im wondering how we'll be able to differenciate .
Tasty Watermelon Take it in context I guess.
nice video sir!!
+Ravi Anandrao Thank you very much, You can see a listing of all my videos at my website, www.stepbystepscience.com
What's the capacitance of a flux capacitor?
21.1 gigawatts
Very helpful thank you
You are very welcome.
it was useful man!
Awesome,
You can see a listing of all my videos at my website, www.stepbystepscience.com
i did already and they are cool
really helpful !
+jim oboyle Thank you very much for commenting. You can see a listing of all my videos at my website, www.stepbystepscience.com
good one
Thank you!
You are very welcome.
thank you
+şafak sarı You are very welcome, You can see a listing of all my videos at my website, www.stepbystepscience.com
ohh thanks for the help then :)
❤ thank you friend
thanks.
Thanks!
You are very welcome.
thanks man
No problem dude, You can see a listing of all my videos at my website, www.stepbystepscience.com
finally i understand it
Awesome, thanks for letting me know.
It was awesome. My book says "The capacitance of a conductor is the ratio of charge on the conductor to its potential." That did not help me AT ALL.
watching in end of 2020
You are awesome
Thanks for the awesome comment.
You can a listing of all my videos from my website, www.stepbystepscience.com
OMG thank you veeeeeeeeeeeeeeeeeeeeeery much...
1:50
i like it
Great and thanks for commenting. You can a listing of all my videos from my website at www.stepbystepscience.com
Anyone from Oswal Question Bank?
I'm from San Francisco, CA.
Yeah...
@@stepbystepscience he's talking about a Question Bank.. which gave your reference through QR Codes
uTorrent = WRONG
MicroTorrent = RIGHT
I can see why you your name is Brian
:)
But this doesn't say how capacitors work!!
But at least you know what capacitance is...
Thank you
Welcome, thanks for watching!
Thank you ☺
lama wehbe you are very welcome