Full 1 Hour Video - Capacitors: www.patreon.com/MathScienceTutor Direct Link to The Full Video: bit.ly/3GEVUsF Physics PDF Worksheets: www.video-tutor.net/physics-basic-introduction.html
Listen when I say... I love you... U helped me pass my exam... My lecturer was talking gibberish... But I understand everything now because of you... Many thanks
I'm taking a $150.00 Udemy course, and the teacher just blazed through this, gave a single example, but explained it horribly and just moved on. I still had no idea how to actually use the formula or exactly what we were solving. I spent the last 45 minutes trying to use what he taught me to no avail. After just 6 minutes of watching your video, I understand it completely. You have earned a sub and I will be coming here to supplement the Udemy course. THANK YOU!!!!! You're a very good, straight forward teacher. Edit: Oh, wow. You went above and beyond. He didn't even attempt to teach us all of the other stuff, like finding the number of time constants to get to a certain percentage.. I'm not a math guy, so you really have saved me here. Thank you 🙏
hey guys , im here to tell you that this video wont be effective unless this is the night before a test at 1am and if you just realized that rc circuits will be part of the test too
Your comment is so funny that your professor that has a doctorate is a scientist, not a teacher. The university hired him to do research, and if he is a good teacher than that's just a bonus. Students don't seem to know this. People just look to blame other people or circumstances for there failures. Suck it up and do something different to learn the material. Its annoying hearing all the excuses my classmates come up with.
@@TiberiusStorm Do you know why? Because physics professors are physicists. They assume you want to be a scientist or engineer. So some feel the responsibility to be gatekeepers. They will see if you really have the work ethic to make it. This is especially tough for students who skipped physics in high school. Long story short, I did skip physics in high school for personal reasons but I am now a physics major in my junior year. You want something bad enough you go get it. It is your priority above anything else; sex, video games, and etc. Sometimes you need to sacrifice time with your family.
True enough! I'm sacrificing a lot to be in college but sometimes the concepts and/or calculations just elude me and I get discouraged. I also missed Physics in high school so I'm doing double duty trying to understand and learn the basics.
You explained this so perfectly, you make me more passionate about the subjects you teach. Thank you so much for all these magnificent tutorials, wouldn't pass my semester without them!
4:00 "let's talk about the time constant" (never explains what the time constant is) I finally get it I think but personally I would have appreciated a bit more explanation, especially on the difference between t and Tau. You switched to using t to represent it and i got so confused and stressed wondering if seconds and RC were the same thing, then later on you convert them... Also more explanation about the 1-e etc equation at around 4:45? physics isn't my strong suit lol
thank you! i could not for the life of me understand a word my professor was saying this year, which became a problem when he actually taught us something I didn't know yet, so it's nice to have videos like these!
Thank you very much for this video.. this helped me out a lot for capacitors..I'm taking electrical engineering technology course right now, I'm in my second semester and learning about everything capacitors in one of my classes and this helped me out big time! Please keep doing videos like this!! Sub'd btw cause you're awesome ;)
I wish this had been around back in the day when I was in school… and I do mean BACK in the day. Way back when the internet was shared only between research organizations and government agencies, and before the first website went live, I conned my way through the stand-in-line-to-get-a-stamp-on-your-sheet college registration process to get into a couple of courses without having the prerequisites (which I probably could not have done quite so easily in the time of modern electronic records) and had to work hard to keep up, using old textbooks to cover gaps in knowledge. Turns out that is pretty hard to do! As it is, in my fifties, still stubborn, and still taking on new challenges, I am truly humbled and grateful that someone would go to the effort to share their gift for teaching and put out content like this.
NOW i have a question my lab sheet has a question it gave just( t) and Vc and its asking for Vi and the taw with the value of C, I DUNNO WHERE THE HELL IM GONNA FIND THE ANSWER
Nice and clear explanation. I just wish you stop using the blue pen on a black background. It's too difficult to read. That is if after all these years it's has not been changed. Other than that I liked the video.
Can you please make a video explaining how to find voltages that are in between time constraints. I’m trying to figure out the voltage of a capacitor after .1 of a time constant
the charge stops because there is no more DDP (capacitor voltage is equal to source voltage), and when the discharge stops also there should no more ddp (capacitor voltage is equal to risistor voltage), but the capacitor voltage at the end is quasi equal to zero! that means that resistor voltage becomes low because of ohm losses?
because im dumb, is it correct to assume that a tau represent a 1 cyle of a wave, a period.... and resistance * capacitone describe a period. and I don't know where that formula came from. and then in this equation it represents a time it completed a cycle correct? thats why its being divided by rc to know the rate it complete it cycle...
Hello hope you guys can answer my question. What is Time Constant guys ? he just talk about the formula but didn't mention what it is ? and it is different with t ?
What am i doing wrong - using the laptop built in scientific calculator - I use 1−e⁻¹ using the x⁻¹ key to get the ⁻¹ and get the answer 0.632120559 - What other way do I get your answer = 63.27%
Hey I have a question. I am building a timing circuit and I was wondering if I can charge the capacitor to 66% over a month. How fast does a capacitor lose a charge ? Is this even feasible? Thanks.
is there anyway you can do problems that have values missing? The majority of the problems have all values given (V,R, and C). A lot of physics questions don't actually provide all of the values; some have to be solved first.
I don't know how complex the problem really is, but I would think you would just isolate the missing variable with the given equation. If two are missing just solve one in terms of the other, and solve from there
I had the same problem. But you take the same method as the first time 1-e^-1x100,1-e^-2x100,1-e^-1x100 and then do 100 minus your answer. So for 1-e^-1 you get 100-63.2%=36.8% :)
Another method for "How much time does it take for the capacitor to reach 90% charge?" Just keep plugging in "e to the power of x" into your calculator (or just the google search bar) with reasonable guesses for the power. You want the result to be 0.1, which is 10% left, because you know that e to the power of (-t/tau) is equal to the percentage you will have LEFT TO GO at any given point. After very minimal trial and error, you get approximately 0.1 for the answer when you plug in "e to the power of -2.3". Now that you have the correct power, you know 2.3 = t/0.5. And thus t=1.15 seconds.
Discharging a capacitor Why should a capacitor discharge? Imagine the capacitor with all its charges is kept inside a bag and tied at two open ends (open-circuit). The positive charges on one plate are attracted strongly to the electrons on the other plate, and the electric field is strong and uniform between the opposite charges on the plates. The opposite charges on either plate seem to hold each other tightly. The field is not so strong to cause the electrons to cross the gap and reunite with the positive charges. There is a fringe field at both ends ready to burst the bag, but the open circuit does not allow charge flow in the external circuit. The electric fields of surface charges which move onto the wires from both the plates and the fringe field will, during the initial transient when the wires are attached to the plates, combine to make the resultant electric field in the wires, zero. The fringe field is different from the field between the capacitor plates. When the charged capacitor is short-circuited using a wire, the effect is to open the tied ends of the bag and the charges are released. The fringe field causes the initial crucial release of charges for further flow of the charges….and development of surface charges that will enable the charges to flow around the wire, and neutralize each other. After all the charges on the plates are neutralized, the circuit attains a state of static equilibrium, a natural relaxed state of equilibrium and we say the capacitor is discharged. Electrostatics and circuits belong to one science not two. To learn how a capacitor charges and discharges and the origin and role of the fringe field in the circuit process it is instructive to understand Current, the conduction process and Voltage at the fundamental level as in the following two videos: i. th-cam.com/video/TTtt28b1dYo/w-d-xo.html and ii. th-cam.com/video/8BQM_xw2Rfo/w-d-xo.html It is not possible in this post to discuss in more detail the formation of the fringe field when a capacitor is charged and discharged. The last frame References in video #1 lists textbooks 3 and 4 which discuss these topics in more detail using a unified approach and provide an intuitive understanding of discharging a capacitor with the help of sequential diagrams. Charging a capacitor "The voltage across a capacitor cannot change instantaneously" is a statement one finds often in textbooks on circuit theory which discuss the application of a step voltage to an RC circuit. Most students memorise and apply this in circuits without understanding the physical processes involved. It will be useful to learn the operation of charging a capacitor using a unified approach to electrostatics and circuits. It is not possible in this post to discuss the charging of an uncharged capacitor. During the first few nanoseconds after switch ON, while the surface charges arrange themselves, there is no electric field E_cap and fringe field because there is no initial charge on its plates; it is as though the capacitor was not there - as though there were a continuous wire with no break in it. The last frame References in video #1 lists two textbooks 3 and 4 which discuss in detail with a series of diagrams the physical processes in charging a capacitor without and with a resistor (RC circuit). It is not possible in this post to discuss in more detail current in capacitor circuits and capacitive reactance. The last frame References in video #1 lists textbook 4 which discusses these topics in more detail using a unified approach and provides an intuitive understanding of reactance. Textbook 4 is here techsarworld.com/product-detail/fundamentals-of-electric-theory-and-circuits-559 It also describes with sequential diagrams how the current leads the voltage across the capacitor by 90 degrees. Capacitor - Video lectures by North Carolina State Univ faculty This is a link to a video lecture by NCSU faculty on the fringe field of a capacitor. Important 5. Derivation leading to fringe field expression of a capacitor. For the final expression of the fringe field watch from 15.0 minute. ch15L3b th-cam.com/video/7rZ1uFc1ibE/w-d-xo.htmlsi=0a6OMk-kQLeEMMzb The second link is to a video lecture by NCSU faculty on Discharging and Charging of a capacitor. 6. Discharging a capacitor Watch from 3.0 minute. Charging a capacitor Watch from 15.0 minute. Ch19L1a th-cam.com/video/hnSC8MqgCjY/w-d-xo.htmlsi=krGUPtDarUmFxT_I PPTs and Videos with animations for all the ten chapters and a few applications Regulated DC Power Supply, Differential Amplifier and Transformer coupled audio power amplifier of the book Fundamentals of Electric Theory and Circuits are available for download and viewing here techsarworld.com/download-resource/fundamentals-of-electric-theory-and-circuits-559
How many subscribers do you need to get to finally make your audio better/louder mannnnnnnn? Every time it goes to an ad or to the next video I blow my speakers... Been watching for years and it's still the same. It's one of the easiest things to fix on your own and you don't need to pay anyone to do it, just pull that volume dial up about 8 to10dB before uploading. I'm down about $400 worth in speakers now from blowing so many lol
Thankyou for this video. BUT when I type in 1-e-1 on my calculator it doesn’t come up with that answer. Can you please explain step by step how to type it in my calculator, maybe using brackets or something.
![ได้เวลา! พาน้องแฝดฉีดวัคซีนครบ 1 เดือน🫣 [cc] แดนแพทตี้ SS2 | EP.52 |](http://i.ytimg.com/vi/IzeLtaXBLNE/mqdefault.jpg)
Full 1 Hour Video - Capacitors: www.patreon.com/MathScienceTutor
Direct Link to The Full Video: bit.ly/3GEVUsF
Physics PDF Worksheets: www.video-tutor.net/physics-basic-introduction.html
At this point I am convinced that this guy knows everything about the universe.
U need to see Professor Dave Explains
@@NewtonMD ik that guy he’s okay but not the best at explaining
@@n9583 yeah I agree but he sure knows everything dude
@@NewtonMD not really, this channel has videos αbout more topics
@@metis9692 are you sure? Pharmacology, immunology, virology, etc
Listen when I say... I love you... U helped me pass my exam... My lecturer was talking gibberish... But I understand everything now because of you... Many thanks
you are what we call a hero for all the students out here... Thank youuuu for saving us.
I'm taking a $150.00 Udemy course, and the teacher just blazed through this, gave a single example, but explained it horribly and just moved on. I still had no idea how to actually use the formula or exactly what we were solving. I spent the last 45 minutes trying to use what he taught me to no avail. After just 6 minutes of watching your video, I understand it completely. You have earned a sub and I will be coming here to supplement the Udemy course. THANK YOU!!!!! You're a very good, straight forward teacher.
Edit: Oh, wow. You went above and beyond. He didn't even attempt to teach us all of the other stuff, like finding the number of time constants to get to a certain percentage.. I'm not a math guy, so you really have saved me here. Thank you 🙏
Thanks for the video sir
I now understand how to solve RC circuits
Big thanks bro, you saved my time a lot!
Кажется, что эта формула в этом видео помогла многим людям и сэкономила им время. Я также хотел узнать больше.
amazing, thanks
whar grade u r ?
Thank you Godbless 😇
I love The OCT
Does anyone know if the equation still applies in a circuit with parallel capacitors? I'm specifically asking for the case of a marx generator.
a 10 microfarad capacitor is charged to a voltage of 200v adn discharged thru resistor. how much energy is given to the resistor during discharged?
T=1/2Pi FC
out here grinding during the ccovid outbreak
Same
Hehe same 😂
11 month grind lol
@@nocknock4832 back to finals in the spring 12+ month grind
@Noah Mathew Oh wow, really? No shit
hey guys , im here to tell you that this video wont be effective unless this is the night before a test at 1am and if you just realized that rc circuits will be part of the test too
Your so right i am right now seeing how this video is effective when i have final exam just couple of hours from now
@@Maryam-g8n i have finals tomorrow!! and i chosr physics , thats called masochism , WHY DID I PICK PHYSICS
@@arin.000 ok THAT IS definitely not easy
I have a test in couple of minutes time, and I just understand fully.🤦🏽♀️
This is so funny that what took my physics professor with a doctorate in physics three hours to teach took you 17 minutes. Keep it up!
And for freaking FREE.
Some people love to complicate things. Especially Physics professors!
Your comment is so funny that your professor that has a doctorate is a scientist, not a teacher. The university hired him to do research, and if he is a good teacher than that's just a bonus. Students don't seem to know this. People just look to blame other people or circumstances for there failures. Suck it up and do something different to learn the material. Its annoying hearing all the excuses my classmates come up with.
@@TiberiusStorm Do you know why? Because physics professors are physicists. They assume you want to be a scientist or engineer. So some feel the responsibility to be gatekeepers. They will see if you really have the work ethic to make it. This is especially tough for students who skipped physics in high school. Long story short, I did skip physics in high school for personal reasons but I am now a physics major in my junior year. You want something bad enough you go get it. It is your priority above anything else; sex, video games, and etc. Sometimes you need to sacrifice time with your family.
True enough! I'm sacrificing a lot to be in college but sometimes the concepts and/or calculations just elude me and I get discouraged. I also missed Physics in high school so I'm doing double duty trying to understand and learn the basics.
I am an Indian and watching this for JEE MAIN preparation
This is where I always end up when my teacher starts talking to himself in class..
You explained this so perfectly, you make me more passionate about the subjects you teach. Thank you so much for all these magnificent tutorials, wouldn't pass my semester without them!
There's thousands of comments alike, but even still, I owe a significant part of my degree to this man. Thank you!
literally was in my physicis tutor lab for 2 hours and you explained it all in 17 minutes....
I don't know why I go to class when I should just come here.
I feel like I'm being taught by Mark Wahlberg
You just changed my life
Boston baby
nah he ant talkin lak hes fram bastan.
SAMEEEE!!!! I thought i was alone😰
Ask him if he has a teddy beaur
4:00 "let's talk about the time constant" (never explains what the time constant is)
I finally get it I think but personally I would have appreciated a bit more explanation, especially on the difference between t and Tau. You switched to using t to represent it and i got so confused and stressed wondering if seconds and RC were the same thing, then later on you convert them... Also more explanation about the 1-e etc equation at around 4:45? physics isn't my strong suit lol
I love watching your videos. With no background in Science, I really appreciate your teaching methods. Thank you so so much. You're my saviour
What a guy. Thank you so much.
Thank you! So helpful and explained in such simple terms. You are making my semester possible.
thank you!
i could not for the life of me understand a word my professor was saying this year, which became a problem when he actually taught us something I didn't know yet, so it's nice to have videos like these!
Thank you very much for this video.. this helped me out a lot for capacitors..I'm taking electrical engineering technology course right now, I'm in my second semester and learning about everything capacitors in one of my classes and this helped me out big time! Please keep doing videos like this!! Sub'd btw cause you're awesome ;)
Keep these videos coming! I have a test in 2 weeks over this stuff haha
I know right, I learn more on these videos, than in my classes.
I assume you already got your degree now?
@@MrAWD-ox3gk He does, I can attest to this as *I* am his degree.
Maybe you are an engineer now? Am I right?
Im a huge fan of your bro, I literally watch your videos as a way to study before tests. Thank you so much!
Thank you. I'm an electronics tech student and My teacher is about to see what we know about this tomorrow. Your video really helped me a lot.
hey this is excellent, u make me understand what my physics teacher had failed to accomplish.
I wish this had been around back in the day when I was in school… and I do mean BACK in the day. Way back when the internet was shared only between research organizations and government agencies, and before the first website went live, I conned my way through the stand-in-line-to-get-a-stamp-on-your-sheet college registration process to get into a couple of courses without having the prerequisites (which I probably could not have done quite so easily in the time of modern electronic records) and had to work hard to keep up, using old textbooks to cover gaps in knowledge. Turns out that is pretty hard to do!
As it is, in my fifties, still stubborn, and still taking on new challenges, I am truly humbled and grateful that someone would go to the effort to share their gift for teaching and put out content like this.
I decided to skip class today and just watch your videos instead THANKS SO F*CKING MUCH :,)
NOW i have a question my lab sheet has a question it gave just( t) and Vc and its asking for Vi and the taw with the value of C, I DUNNO WHERE THE HELL IM GONNA FIND THE ANSWER
i always have a hard time hearing what he's saying. Maybe i'm going deaf, maybe my speakers suck. Anyway good work, keep it up!
Nice and clear explanation. I just wish you stop using the blue pen on a black background. It's too difficult to read. That is if after all these years it's has not been changed. Other than that I liked the video.
Who else came across this video while preparing for the Ethiopian matrick?
Can you please make a video explaining how to find voltages that are in between time constraints. I’m trying to figure out the voltage of a capacitor after .1 of a time constant
the charge stops because there is no more DDP (capacitor voltage is equal to source voltage), and when the discharge stops also there should no more ddp (capacitor voltage is equal to risistor voltage), but the capacitor voltage at the end is quasi equal to zero! that means that resistor voltage becomes low because of ohm losses?
because im dumb, is it correct to assume that a tau represent a 1 cyle of a wave, a period.... and resistance * capacitone describe a period. and I don't know where that formula came from. and then in this equation it represents a time it completed a cycle correct? thats why its being divided by rc to know the rate it complete it cycle...
Hello hope you guys can answer my question. What is Time Constant guys ? he just talk about the formula but didn't mention what it is ? and it is different with t ?
If we were to add a resistor in parallell with the resistor-capacitor branch, would the R in T=RC change?
What am i doing wrong - using the laptop built in scientific calculator - I use 1−e⁻¹ using the x⁻¹ key to get the ⁻¹ and get the answer 0.632120559 - What other way do I get your answer = 63.27%
Man, I've watched this like 3 times but I still don't know how to solve my FEC problems. Oh well.
How did he get 0.632? I’m racking my brain cause I put it in and that’s not what my calculator gets
How i can even watch your 3 hour videos... but I can't sit in a one hour lecture.... however I love my electronics professor
I subscribed this vid helped me with lab and exam 2. Also everything with capacitors is great now
Hey I have a question. I am building a timing circuit and I was wondering if I can charge the capacitor to 66% over a month. How fast does a capacitor lose a charge ? Is this even feasible? Thanks.
Once I here “in this video” I’m sure everything would be alright ❤️🙏🏼
is there anyway you can do problems that have values missing? The majority of the problems have all values given (V,R, and C). A lot of physics questions don't actually provide all of the values; some have to be solved first.
I don't know how complex the problem really is, but I would think you would just isolate the missing variable with the given equation. If two are missing just solve one in terms of the other, and solve from there
I was literally scratching my head understanding this..... Until NOW.. I got it Finally.. Thanks a ton mate!
Dont think i am going to pass my circuit analysis class this year.. why the hell do i have to attend this class as a computer engineer anyways..
wow this is incredible sir ,when I needed it the most and its demystified....thank you so much ....as easy as you like i looooooooove this
7:47 I am lost as to why we replace t with -RC?
I had the same problem. But you take the same method as the first time 1-e^-1x100,1-e^-2x100,1-e^-1x100 and then do 100 minus your answer. So for 1-e^-1 you get 100-63.2%=36.8% :)
sometimes I think that this guy is from the future that came back to save all the students from being dumb
YOU ARE A HERO! I cannot thank you enough for explaining the incredible way you just explained in your video.
I simply love this man! There is no other way to explain it.
he is good, isn't he? He breaks it down so very well.
At 4 :40 you say replace ( T ) but you write ( e ) very confusing ?
Question is :Is the 1st time constant same for charging and discharging ?
I needed this 6 years ago when I was studying these types of systems. Spent 7 hours trying to figure out a problem. Never got it.
why will there be no current flowing through the circuit when the capacitor is fully charged?
this video really only explains how the mathematics of the equations work, which is cool i guess
schools dont really care if you understand what youre doing. as long as you can solve it, its good.
Taylor Sarah Rodriguez Jeffrey Robinson Melissa
This is the hardest lesson I've ever had , I will stop here and move to the next lesson ✋
15hrs to go until the test…sounds like a good time to open the text book for the first time.
Thank you so much for all of the helpful content you post!!
We do have the same physic system (from Algeria) 😊
I feel that I am an idiot paying over 700 dollars for the college
Charged is a word you know 😁 “charge” spammer
Another method for "How much time does it take for the capacitor to reach 90% charge?"
Just keep plugging in "e to the power of x" into your calculator (or just the google search bar) with reasonable guesses for the power. You want the result to be 0.1, which is 10% left, because you know that e to the power of (-t/tau) is equal to the percentage you will have LEFT TO GO at any given point. After very minimal trial and error, you get approximately 0.1 for the answer when you plug in "e to the power of -2.3". Now that you have the correct power, you know 2.3 = t/0.5. And thus t=1.15 seconds.
Thank you for your clear teaching. Wish my physics professor would make it this clear!
Discharging a capacitor
Why should a capacitor discharge? Imagine the capacitor with all its charges is kept inside a bag and tied at two open ends (open-circuit).
The positive charges on one plate are attracted strongly to the electrons on the other plate, and the electric field is strong and uniform between the opposite charges on the plates. The opposite charges on either plate seem to hold each other tightly. The field is not so strong to cause the electrons to cross the gap and reunite with the positive charges.
There is a fringe field at both ends ready to burst the bag, but the open circuit does not allow charge flow in the external circuit. The electric fields of surface charges which move onto the wires from both the plates and the fringe field will, during the initial transient when the wires are attached to the plates, combine to make the resultant electric field in the wires, zero. The fringe field is different from the field between the capacitor plates.
When the charged capacitor is short-circuited using a wire, the effect is to open the tied ends of the bag and the charges are released. The fringe field causes the initial crucial release of charges for further flow of the charges….and development of surface charges that will enable the charges to flow around the wire, and neutralize each other. After all the charges on the plates are neutralized, the circuit attains a state of static equilibrium, a natural relaxed state of equilibrium and we say the capacitor is discharged.
Electrostatics and circuits belong to one science not two. To learn how a capacitor charges and discharges and the origin and role of the fringe field in the circuit process it is instructive to understand Current, the conduction process and Voltage at the fundamental level as in the following two videos:
i. th-cam.com/video/TTtt28b1dYo/w-d-xo.html and
ii. th-cam.com/video/8BQM_xw2Rfo/w-d-xo.html
It is not possible in this post to discuss in more detail the formation of the fringe field when a capacitor is charged and discharged.
The last frame References in video #1 lists textbooks 3 and 4 which discuss these topics in more detail using a unified approach and provide an intuitive understanding of discharging a capacitor with the help of sequential diagrams.
Charging a capacitor
"The voltage across a capacitor cannot change instantaneously" is a statement one finds often in textbooks on circuit theory which discuss the application of a step voltage to an RC circuit.
Most students memorise and apply this in circuits without understanding the physical processes involved.
It will be useful to learn the operation of charging a capacitor using a unified approach to electrostatics and circuits.
It is not possible in this post to discuss the charging of an uncharged capacitor. During the first few nanoseconds after switch ON, while the surface charges arrange themselves, there is no electric field E_cap and fringe field because there is no initial charge on its plates; it is as though the capacitor was not there - as though there were a continuous wire with no break in it.
The last frame References in video #1 lists two textbooks 3 and 4 which discuss in detail with a series of diagrams the physical processes in charging a capacitor without and with a resistor (RC circuit).
It is not possible in this post to discuss in more detail current in capacitor circuits and capacitive reactance. The last frame References in video #1 lists textbook 4 which discusses these topics in more detail using a unified approach and provides an intuitive understanding of reactance.
Textbook 4 is here techsarworld.com/product-detail/fundamentals-of-electric-theory-and-circuits-559
It also describes with sequential diagrams how the current leads the voltage across the capacitor by 90 degrees.
Capacitor - Video lectures by North Carolina State Univ faculty
This is a link to a video lecture by NCSU faculty on the fringe field of a capacitor.
Important
5. Derivation leading to fringe field expression of a capacitor.
For the final expression of the fringe field watch from 15.0 minute.
ch15L3b
th-cam.com/video/7rZ1uFc1ibE/w-d-xo.htmlsi=0a6OMk-kQLeEMMzb
The second link is to a video lecture by NCSU faculty on Discharging and Charging of a capacitor.
6. Discharging a capacitor
Watch from 3.0 minute.
Charging a capacitor
Watch from 15.0 minute.
Ch19L1a
th-cam.com/video/hnSC8MqgCjY/w-d-xo.htmlsi=krGUPtDarUmFxT_I
PPTs and Videos with animations for all the ten chapters and a few applications Regulated DC Power Supply, Differential Amplifier and Transformer coupled audio power amplifier of the book Fundamentals of Electric Theory and Circuits are available for download and viewing here
techsarworld.com/download-resource/fundamentals-of-electric-theory-and-circuits-559
Beautifully done good sir
Any jee aspirant here??
At 12:47 you say t / 25 but write t / 0.5 very con fusing ?
ممكن اذا احد يعرف نفس الموضوع بس شرحه. بالعربي اسم القناة
الاستاذ ترير
W,here is the value of “e”?
e=2.71828. You can double check on your calculator. Hope that helps.
Is the time constant for a rl circuit t = R * L ?
5:04 why is the "t" for time the same as the time constant ???
Oh myyy god....i struggled for 4 years of my preparation with the concept. ! THANKYOUUU SO MUCH ...i got it now !
What are you preparing for by the way ?
@@humanhuman9228 NEET 2020...I scored good 😁👍
That ap physics teacher on classroom was not doing the best job of explaining such a simple concept. Thank you 😊
what number do I count in for e sherlock
God bless you you're really helping us
absolutely incredible. Wow.
Harris Brenda Williams Carol Jones Anna
I don't know why i can't understand this😭
wow
I am a uni maths student studying calculus. Your videos have been such a blessing, thank you so much. You are the best teacher around.
Covering the entire semester in a single night😂😂😂
from a ap physics c student thankyou!
My lecturer might as well be speaking Chinese at this point, thank you so much Mr Chemistry Tutor
Please use yellow instead of blue. Thanks
How many subscribers do you need to get to finally make your audio better/louder mannnnnnnn? Every time it goes to an ad or to the next video I blow my speakers... Been watching for years and it's still the same. It's one of the easiest things to fix on your own and you don't need to pay anyone to do it, just pull that volume dial up about 8 to10dB before uploading. I'm down about $400 worth in speakers now from blowing so many lol
whats a better way for me to understand this?
Thankyou for this video.
BUT when I type in 1-e-1 on my calculator it doesn’t come up with that answer. Can you please explain step by step how to type it in my calculator, maybe using brackets or something.
make sure you are putting e to the power of 1 (e^-1) and not just doing -1 on the end there
on some calculators you just need to type e-1 and not even the ''^'' because it puts it automatically
Where is the 18 volts coming from
Bro you're amazing I've always loved electronics but never understood the maths. Thank you so much