Well done Joe, another fine explanation of a difficult concept. Pity you weren't around when I was at school, might have changed the course of history!!
Joe, the way you ported the cross-section of the generator, from your cad tool into the graphing tool was genius. Translating rotation into a waveform is difficult to visualise, but you nailed it. Your teaching is the best 🏆🙏
The Unit Circle ... loads of fun 😊 Honestly, I don't know how anyone can study this stuff without a solid understanding of Algebra and Trigonometry. By the way, he's changing the angle in Radians. Make sure you set your calculator to degrees 😉
This video is precious for someone like me who knows a little bit about electricity but have to deal with it everyday handling wind turbines operations (coming from geology background). Many thanks !
Hi, Joe, can you provide a reference page to the complete formulas at left of this electromagnetic graphic, so I could use to explore some theoretical experiments 🤔 thx 🤖
Awesome vids! Thanks Joe, you're a natural. One question, watching the generator, would 2 sine waves be produced? ( As it looks like 2 conductors are cutting the lines of flux, one is passing through the positive end while the other through the negative).
Thank you very much. I have just started to study a HNC in Electrical Engineering and really struggle to digest some of the maths when it comes to Sine waves and Trig. Looking forward to the other video's!
No worries, nice to know the videos are helping at a higher level as well. If you have any requests for videos please leave them in the comments and I'll see what I can do. Stay tuned for more... including today!
Thank you, Joe. I love this video. Tracing one of the wires like that gives us a beautiful sine wave... but what is the other wire doing through all this? I need help to understand. Shouldn't the other wire be tracing a line as well? Is it? It seems to me that if it is, then wouldn't it cancel-out the other one by bringing the total balance to zero? Please help. Thanks!
This video and the one that comes before it are simply the best explanations of AC I have seen (and I dig through a lot of videos). I'm guessing the one on inductors will equally demystify that enigma in ways that other videos haven't. One question I have is about which side is opposite the hypotenuse. It seems like, visually, either side could be declared "the opposite." Why did you pick the shorter side?
Wow, thanks for the feedback, much appreciated. It's not about being opposite the hypotenuse, it's about being opposite the angle formed by the hypotenuse and the x-axis.
Can anyone help explain why 30° is half the peak rather than 45° being the half the peak, if 90° is the peak? Struggling to get my head around that bit. Thanks
If you draw a right-angled triangle with a 30° angle you'll find the shortest side is exactly half the long side. 😍 In other words the sine is equal to the opposite over the hypotenuse. 😊
Put simply. The best learning science and principles channel in the history of ever, and the internet!
👍👏
Aw, you guys! Thanks very much for the nice comment, stay tuned for more!
Well done Joe, another fine explanation of a difficult concept. Pity you weren't around when I was at school, might have changed the course of history!!
Glad it makes sense and is of some help. Thanks for the continued support and stay tuned for more!
Glad it makes sense and is of some help. Thanks for the continued support and stay tuned for more!
Joe, the way you ported the cross-section of the generator, from your cad tool into the graphing tool was genius. Translating rotation into a waveform is difficult to visualise, but you nailed it. Your teaching is the best 🏆🙏
You're too kind Linda, thank you. 😊
The Unit Circle ... loads of fun 😊
Honestly, I don't know how anyone can study this stuff without a solid understanding of Algebra and Trigonometry.
By the way, he's changing the angle in Radians. Make sure you set your calculator to degrees 😉
brilliant as always
Cheers matey, stay tuned for more!
Not bad for under 3k subs. Keep it up 👍🏾
Thanks Leo, I will, stay tuned for more!
Teaching is a calling , and you have the gift.
Brilliant class👏👏👏
Thank you.
Brilliant explanation. Thats what i was looking for on web and stumbled upon ur video to finally end my quest. Thanks again
Great, so glad it helped! 😊
I'm an apprentice and your videos are very helpful 👌 and very well explained
Good to know, thanks very much and stay tuned for more!
Very well explained, surprisingly with so many electricians out there more people haven't watched your video. Thanks for your help
My pleasure Denis. Thanks for watching and commenting! 😊
Absolutely brilliant. This visual aid & your explanation makes sense of AC & it's sine wave. Love your channel & the GSH vids. Thankyou Joe 👌
You're more than welcome, I'm really glad they help out. 👍🏼
One of the best channels on TH-cam.
This video is precious for someone like me who knows a little bit about electricity but have to deal with it everyday handling wind turbines operations (coming from geology background). Many thanks !
Really glad you found it helpful! 😃
Excellent, spot on and clear delivery!
Thanks for watching and commenting!
thank you, easy to understand explanation
My pleasure! 😊
Excellent video Joe. Really thoroughly explained 👏🏽👌🏽
Thanks very much!
This guy is brilliant, thank you!
Great explanation 👏👏👏👏👏. Love from India😊😊
Thanks very much, I hope it was helpful. Stay tuned for more!
Hi, Joe, can you provide a reference page to the complete formulas at left of this electromagnetic graphic, so I could use to explore some theoretical experiments 🤔 thx 🤖
If it were a sign wave, it'd be a massive thumbs up sign waving right in your face, Joe! Absolutely brilliant stuff! :o))))
Ah, that's kind, thanks very much. 😊
Awesome vids! Thanks Joe, you're a natural. One question, watching the generator, would 2 sine waves be produced? ( As it looks like 2 conductors are cutting the lines of flux, one is passing through the positive end while the other through the negative).
I had the same question. Was hoping to find it answered.
Thank you very much. I have just started to study a HNC in Electrical Engineering and really struggle to digest some of the maths when it comes to Sine waves and Trig. Looking forward to the other video's!
No worries, nice to know the videos are helping at a higher level as well. If you have any requests for videos please leave them in the comments and I'll see what I can do. Stay tuned for more... including today!
@@JoeRobinsonTraining Hello Joe. Could you do some video's on Kirchoffs First & second laws. Thank you.
I'll add it to my to do list. 👍
thank you sir
You are welcome!
sir please best video in ac theory
Thanks so much.
👍👍
Hi joe thank u 4every thing you do
And i want link of simulation of waveform generation and the simulation of previous video of ac producing please
Thanks very much, I'll post a link on social media for my graphs at some point. Stay tuned for more content!
Thank you!
Thank you, Joe. I love this video. Tracing one of the wires like that gives us a beautiful sine wave... but what is the other wire doing through all this? I need help to understand. Shouldn't the other wire be tracing a line as well? Is it? It seems to me that if it is, then wouldn't it cancel-out the other one by bringing the total balance to zero? Please help. Thanks!
This video and the one that comes before it are simply the best explanations of AC I have seen (and I dig through a lot of videos). I'm guessing the one on inductors will equally demystify that enigma in ways that other videos haven't. One question I have is about which side is opposite the hypotenuse. It seems like, visually, either side could be declared "the opposite." Why did you pick the shorter side?
Wow, thanks for the feedback, much appreciated. It's not about being opposite the hypotenuse, it's about being opposite the angle formed by the hypotenuse and the x-axis.
@@JoeRobinsonTraining Ah ha! Thank you! These videos really are great.
My pleasure, and thanks again!
how can we access this desmos link ?
Yo where is the desmos link?
An Engineer can't be a Good Engineer unless he / she is an excellent Mathematician / Physicist
Agreed!
loving your videos..but why the generator spins in an anticlockwise motion as oppose to clockwise..doesnt generator spins in clockwise motion
Which video is the 707 relation between AC and DC?
Can anyone help explain why 30° is half the peak rather than 45° being the half the peak, if 90° is the peak? Struggling to get my head around that bit. Thanks
If you draw a right-angled triangle with a 30° angle you'll find the shortest side is exactly half the long side. 😍 In other words the sine is equal to the opposite over the hypotenuse. 😊
That animation must have taken some work!
🙏💐💐💐