To see subtitles in other languages: Click on the gear symbol under the video, then click on "subtitles." Then select the language (You may need to scroll up and down to see all the languages available). --To change subtitle appearance: Scroll to the top of the language selection window and click "options." In the options window you can, for example, choose a different font color and background color, and set the "background opacity" to 100% to help make the subtitles more readable. --To turn the subtitles "on" or "off" altogether: Click the "CC" button under the video. --If you believe that the translation in the subtitles can be improved, please send me an email.
My computer would melt... I tried some light 3D work in blender recently and realized that I have a potato of a computer. Shameless plug, it was actually for the #veritasiumcontest and its actually related to the subject of this video. I talk about how you CAN actually get mirror-like reflections off for example a normal piece of paper.
I appreciate the videos, but rappers and singers get critiqued about their vocal delivery all the time. Anyone can learn to change the timbre of their voice. Otherwise learning new accents and dialects would not be possible. It's not necessarily an insult to suggest that another way of speaking might enhance the quality of the videos... Just my two cents. Thank you for the videos all the same!
Sandy, all the music in this video is from the free UA-cam audio library, and the names of the songs are the following. Wedding_Invitation Road_to_Moscow Allemande C_Major_Prelude
I have a question... So mirrors are very good at reflecting wavelengths visible to the human eye, but are they also just as good reflecting wavelengths that we cannot see?
mirrors are reflective to light due to their smoothness on a nano-scale this property would have the same effect on all electromagnetic radiation relatively near visible light in wavelength. Light on the extremes like radio waves can pass straight through almost all materials including mirrors.
Well, if light outside the visible spectrum were to, then maybe the walls inside of microwave ovens would be mirrors, so to use less energy to cook food. But there are no mirrors in microwave ovens, so I am guessing that mirrors are probably best suited with visible light.
A satellite dish is a mirror. There are acoustic mirrors. They all work the same way, just different materials. If the shapes on the surface is larger than the wavelength then you can expect a diffused reflection thus our software can not find a recognizable pattern.
Adam Spears Microwave oven internals do work like mirrors. A mirror just has to be sufficiently flat at the relevant wavelength, so because the average perturbations in the surface are significantly smaller than the ~10cm wavelength, they appear to be flat. And
You can help translate this video by adding subtitles in other languages. To add a translation, click on the following link: ua-cam.com/users/timedtext_video?ref=share&v=jifqsxLRRWk You will then be able to add translations for all the subtitles. You will also be able to provide a translation for the title of the video. Please remember to hit the submit button for both the title and for the subtitles, as they are submitted separately. Details about adding translations is available at support.google.com/youtube/answer/6054623?hl=en Thanks.
I pretty much love animation and everything related to arts but I so love Science too as much as I love Arts. This channel is just a perfect platform where I could appreciate both fields much much better! Thank you so much for your hard work and dedication in creating such amazingly creative and comprehensive contents.
These animations are amazing! Surely physics knowledge has come in handy in making them! Additionally, mirrors are sprayed with silver backing, which is reflective because conductive metals may absorb/emit incoming electromagnetic waves.
This whole series is great for graphics programmers. Even just revisiting concepts like sin and cos have helped me despite learning it already ages ago.
Do all objects absorb light before reflecting it? Or do mirrors instantly redirect light while other things absorb it, then re-emit it in a less coherent arrangement?
Great video! (secondary) diffusion of the material also affects reflectivity. Basically, in many non-mirrors all of the light does not directly bounce off the surface, but some of it actually goes below the surface, scatters, and gets reflected back in a rather random direction. "A piece of highly polished white marble remains white; no amount of polishing will turn it into a mirror". Metals reflect virtually 100% of the light specularly - they do not let any photons inside, that's why smooth metals are reflective. Many non-metals let a portion of the light inside for scattering & secondary diffuse reflection.
Great job Eugene, I didn't think this video was going to be that interesting, but the way you illustrated light rays interacting with mirrors was so informative. Thank you as always for your hard work.
All the music in this video is from the free UA-cam audio library, and the names of the songs are the following. Wedding_Invitation Road_to_Moscow Allemande C_Major_Prelude
I have been following/viewing your content for years and each time I am satisfied with the animations. Have you produced a thermoelectric generator video yet?? If not, I hope you consider making one or incorporating that amazing display of physics! Cheers
When photon reflects, what interaction took place to make the reflection occur? Did the photon interact with an electron? How many photons are coming in compared to the number of electrons when we see something with our eyes? If the photon interacted with electron, is it the fields its interacting with or the electron itself?
The clouds of shared electrons of metallic materials behave as a magnetic field responsive "fluid". When the electromagnetic waves go into the electron cloud it induces ripples on the arrangement of electrons according to lorentz force, this creates an opposite electric and magnetic field to the one that came in. This new electric and magnetic field are the reflected rays, which have, in this example, flipped polarization.
So light is absorbed and reemmited. But mirror is so smooth that every light packet gets reemited with same angle almost perfectly so it's also possible to make a black mirror if you get perfect black surface smooth enough.
One of the best educational channels of all time, especially for physics. In my opinion, the females are a bit distracting and this would probably prevent me from sharing it with students. Just a heads up.
Particle physics is on my list of topics for future videos. By the way, I already have a video on nuclear physics at ua-cam.com/video/r40h66qiF5I/v-deo.html
I think that different materials and surfaces will have different types of reflective properties. Mirrors reflect in very direct way. And other surfaces reflect in a more diffuse way. I think there is some sort of spectrum or index of refraction properties.
Really great, may I know what tools you are using for making these, as I am a higher school physics teacher and want to make similar things, of course of more simple for my students.
Physics Videos by Eugene Khutoryansky Why do not you put an English-sub in the video like prior videos? It will help some people who have English as a second language like me a lot.
Subtitles will be present again in my next video, as they are in most of my videos. I left them out of this video because I did not want them to distract from the animations, and almost all the information in this video is summarized just by the animations alone. Thanks.
Great video!! However , in the latest light theory I read, a photon touching a mirror surface is completely absorbed and electron composing the mirror’s surface re-emit a photon in its relative angle. For non reflective objects, electrons doesn’t add the angle information so it re-emit a photon in a random angle. What do you think about this?
When we say light reflects from a surface, any surface, does this mean that it actually reflects like when we throw a ball to a wall or does light is absorbed by the material and re-emitted in a different energy level, hence the color of the object ?
The wavelengths (or "parts") of light that do get get reflected, always follow the laws of reflection (or reflects like a ball reflects elastically off of a wall, if that's how you like to think of it) .But the wavelengths that are absorbed don't reflect. For example, a blue colored tee shirt absorbs all, except for the blue wavelength of white light incident on it. The blue light gets reflected, reaches your eyes and hence you see the characteristic color blue.
Frito Dalis well, you said it yourself. The energy gets absorbed. That's why things become hotter when placed in sunlight for some time. And that's why black objects get hot faster than white objects: black objects absorb most of wavelengths of light, and white objects reflect back most of the wavelengths of light (at least of the visible spectrum)
First of all, thanks for the interesting video. I agree with your explanation of visible colors and also white, (which is the combination of all visible) . If the surface is smooth on a micro scale the better the reflection etc.However, why is silver and grey not a part of the visible spectrum? Silver is the color backing of a mirror, which gives the most complete reflection. What are the constituent colors of silver light? Surely a highly polished white mirror will still appear as a white surface?
It was a great delight seeing this video with its subtle inspiring accordance with the classic background music! It was even a greater delight adding the Arabic captions! I always share these videos with my classmates and translate them in class. Thank you very very much
Thanks for adding the Arabic captions. I appreciate that. By the way, if you are interested, you can also provide an Arabic translation for the title / description of the video. (There is a separate "submit" button for this.) Thanks again, and I am glad you like my videos.
@@EugeneKhutoryansky Yes I am quite interested. Thank you so very much. I'll be working on adding more captions for the time being. I'm an Italian-Arabic native speaker. Greetings from Syria btw.
Thanks, Zahar. I appreciate that. I hope you are safe in Syria. What I was saying is that in addition to providing a translation for the subtitles, you can also provide a translation for the title / description of the video. For this video, I received a translation for the subtitles, but I did not receive a translation for the title / description. There is a separate "submit" button for submitting the title / description. Also, I just received a translation in Arabic for my video on waves. Is this also from you? If it was, then I would like to thank you again. It would be helpful if each time you submitted a translation, if you could send me an email at Eugene381@comcast.net, so that I will know that the translation is from you, in case I have any questions about the translation. I don't necessarily always see all the comments posted on UA-cam underneath the videos, so messages through email is preferable. Thanks and I appreciate your hard work.
I like all of your videos, but your videos about quantum mechanics I enjoy most. Please make more videos about quantum mechanics, maybe a video about the different interpretations of quantum mechanics?
Additional videos on Quantum Mechanics are on my list of topics for future videos, including a video on the different interpretations of quantum theory. Thanks.
@@EugeneKhutoryansky mirrors flip images along normal axis for plane mirror always. You can include that and other factors in another video like the quantum explanation of mirror reflection.
All the music in this video is from the free UA-cam audio library, and the names of the songs are the following. Wedding_Invitation Road_to_Moscow Allemande C_Major_Prelude
To see subtitles in other languages: Click on the gear symbol under the video, then click on "subtitles." Then select the language (You may need to scroll up and down to see all the languages available).
--To change subtitle appearance: Scroll to the top of the language selection window and click "options." In the options window you can, for example, choose a different font color and background color, and set the "background opacity" to 100% to help make the subtitles more readable.
--To turn the subtitles "on" or "off" altogether: Click the "CC" button under the video.
--If you believe that the translation in the subtitles can be improved, please send me an email.
when you have too many GPUs
Rendering Program: How many reflections do you want?
Eugene: *yes*
My computer would melt... I tried some light 3D work in blender recently and realized that I have a potato of a computer. Shameless plug, it was actually for the #veritasiumcontest and its actually related to the subject of this video. I talk about how you CAN actually get mirror-like reflections off for example a normal piece of paper.
You know what, nobody thanks you Kira. You have a great voice and your delivery is stupendous. Keep up the phenomenal job!
Clinton Cutler Oof, I thought she was a robot.
I didn’t even know her name
I appreciate the videos, but rappers and singers get critiqued about their vocal delivery all the time. Anyone can learn to change the timbre of their voice. Otherwise learning new accents and dialects would not be possible. It's not necessarily an insult to suggest that another way of speaking might enhance the quality of the videos... Just my two cents. Thank you for the videos all the same!
If you like this video, you can help more people find it in their UA-cam search engine by clicking the like button, and writing a comment. Thanks.
you are the best eugene¡¡
Physics Videos by Eugene Khutoryansky i Liked it already....
It would be nice if you would list the music you are using
Sandy, all the music in this video is from the free UA-cam audio library, and the names of the songs are the following.
Wedding_Invitation
Road_to_Moscow
Allemande
C_Major_Prelude
Physics Videos by Eugene Khutoryansky I have question what is dark matter
God Eugene, the mirror lady was really creepy.
Really hot imo.
Is the voice her too?
I am wondering why only woman has been chosen and was bikini really necessary instead of full cloths ??? 😂
And very T H I C C
If you think that lady is creepy, just wait until you see the video explaining how doping works for transistors 😂
Legit, this channel is too good to be free to watch....
Don't give him/her ideas
why dont you donate some money to her account then. or shutup
I think this person is neither a him or her but an "IT"
Hiruzen Shhh
@@shaquilleoatmeal3703 It's a Physics professor who has a professional voice actress reading.
The animation.was inpresive, put a bit creepy xD
These videos are just creepy, both music and video
One of the best channels out there. Hope you keep doing great content for a long time...
Cheers from Brazil
Thanks for the compliment.
I am also from Brazil and I love this channel!
Felipe Jardim
Who cares about Brazil?! Just enjoy the video
I am not from Brazil ..... but I do enjoy your videos
Lucas M
I care.
6:08 Mirror Lady got no chill.
I have a question... So mirrors are very good at reflecting wavelengths visible to the human eye, but are they also just as good reflecting wavelengths that we cannot see?
Not necessarily. Materials behave different with respect to the wavelenght.
mirrors are reflective to light due to their smoothness on a nano-scale this property would have the same effect on all electromagnetic radiation relatively near visible light in wavelength. Light on the extremes like radio waves can pass straight through almost all materials including mirrors.
Well, if light outside the visible spectrum were to, then maybe the walls inside of microwave ovens would be mirrors, so to use less energy to cook food.
But there are no mirrors in microwave ovens, so I am guessing that mirrors are probably best suited with visible light.
A satellite dish is a mirror.
There are acoustic mirrors. They all work the same way, just different materials.
If the shapes on the surface is larger than the wavelength then you can expect a diffused reflection thus our software can not find a recognizable pattern.
Adam Spears
Microwave oven internals do work like mirrors. A mirror just has to be sufficiently flat at the relevant wavelength, so because the average perturbations in the surface are significantly smaller than the ~10cm wavelength, they appear to be flat. And
Amazing! as always. Every time I watch your videos, I see a new perspective! Thank you!
Thanks. I am glad you liked my video.
I love the creepy vibe. And the visualization of the optical illusion was really enlightening.
You can help translate this video by adding subtitles in other languages. To add a translation, click on the following link:
ua-cam.com/users/timedtext_video?ref=share&v=jifqsxLRRWk
You will then be able to add translations for all the subtitles. You will also be able to provide a translation for the title of the video. Please remember to hit the submit button for both the title and for the subtitles, as they are submitted separately.
Details about adding translations is available at
support.google.com/youtube/answer/6054623?hl=en
Thanks.
you rock Eugene
Thanks. I am glad you liked my video.
Yup, I love how he just goes with his own aesthetic, really no one else make videos like Eugene.
Thank you Eugene..
All the topics on which u make ur videos are with full of concepts and crystal clear to me every time.
Thank you.
Thanks.
I pretty much love animation and everything related to arts but I so love Science too as much as I love Arts. This channel is just a perfect platform where I could appreciate both fields much much better! Thank you so much for your hard work and dedication in creating such amazingly creative and comprehensive contents.
Thanks. I am glad you like my videos.
Impressive as always, one of my favorite educational channels!
Thanks.
@@EugeneKhutoryansky Top Notch!
These animations are amazing! Surely physics knowledge has come in handy in making them! Additionally, mirrors are sprayed with silver backing, which is reflective because conductive metals may absorb/emit incoming electromagnetic waves.
The way you show how physics works is so genuinely and beautiful!
Greetings from Mexico
Thanks.
This whole series is great for graphics programmers. Even just revisiting concepts like sin and cos have helped me despite learning it already ages ago.
Thanks. I am glad my videos have been helpful.
Do all objects absorb light before reflecting it? Or do mirrors instantly redirect light while other things absorb it, then re-emit it in a less coherent arrangement?
Great video!
(secondary) diffusion of the material also affects reflectivity. Basically, in many non-mirrors all of the light does not directly bounce off the surface, but some of it actually goes below the surface, scatters, and gets reflected back in a rather random direction. "A piece of highly polished white marble remains white; no amount of polishing will turn it into a mirror".
Metals reflect virtually 100% of the light specularly - they do not let any photons inside, that's why smooth metals are reflective. Many non-metals let a portion of the light inside for scattering & secondary diffuse reflection.
Great job Eugene, I didn't think this video was going to be that interesting, but the way you illustrated light rays interacting with mirrors was so informative. Thank you as always for your hard work.
Thanks for the compliment.
I have wondered about this. Thank you.
Keep on the great work mr. Eugene!!! Hats off..
Lovely, excellent work Eugene.
Thanks. I am glad you liked it.
This is quickly becoming my favorite UA-cam channel.
Thanks. I am glad to hear that.
THIS IS THE BEST CHANNEL TO VISUALISE PHYSICS!!!
Thanks for the compliment.
I learn so much. Thanks!
It's amazing what you are teaching us, tks
Thanks.
yet another great video! This video totally answered a question that I never knew I had.
Hello Eugene, could you tell me which is the classical music part at 4:00? Thank you very much!!
All the music in this video is from the free UA-cam audio library, and the names of the songs are the following.
Wedding_Invitation
Road_to_Moscow
Allemande
C_Major_Prelude
Thank you very much Eugene, I didnt know that was free music :)
I have been following/viewing your content for years and each time I am satisfied with the animations. Have you produced a thermoelectric generator video yet?? If not, I hope you consider making one or incorporating that amazing display of physics! Cheers
Beautiful, thank you.
Thanks for the compliment.
Your videos are as always...fantastic.
Thanks for the compliment.
When photon reflects, what interaction took place to make the reflection occur? Did the photon interact with an electron? How many photons are coming in compared to the number of electrons when we see something with our eyes? If the photon interacted with electron, is it the fields its interacting with or the electron itself?
This depends upon the wavelength of the photons
I agree that the wavelength is key for what happens, but that does not characterize the nature of the behaviors for which the questions ask.
COLLISION
The clouds of shared electrons of metallic materials behave as a magnetic field responsive "fluid". When the electromagnetic waves go into the electron cloud it induces ripples on the arrangement of electrons according to lorentz force, this creates an opposite electric and magnetic field to the one that came in. This new electric and magnetic field are the reflected rays, which have, in this example, flipped polarization.
So light is absorbed and reemmited. But mirror is so smooth that every light packet gets reemited with same angle almost perfectly so it's also possible to make a black mirror if you get perfect black surface smooth enough.
A completely black object absorbs all light and does not reflect any light.
One of the best educational channels of all time, especially for physics. In my opinion, the females are a bit distracting and this would probably prevent me from sharing it with students. Just a heads up.
Thank you very much
You are doing great work 👏👏👏 , the main problem in understanding science is visualisation , your videos are making things easy to understand
Thanks for the compliment.
Are you going to do any videos about particle physics anytime soon?
Particle physics is on my list of topics for future videos. By the way, I already have a video on nuclear physics at ua-cam.com/video/r40h66qiF5I/v-deo.html
Another great video. Thanks!
Glad you liked it. Thanks.
Great video. Thanks.
Thanks. Glad you liked my video.
Great video Eugene!
Glad you liked it. Thanks.
Your videos and animations are great man , world is better with people like you. Thank you for your efforts.
Thanks for the compliment.
love your content, keep it up!
Thanks a lot for your great efforts, this was a very good video😃 keep going on we wait for your coming excellent videos☺
Thanks. I am glad you like my video. Many more videos are on their way.
This is one of the most underrated channels in UA-cam. It deserves 10x more views and also subscribers. Greetings from Brazil.
Thanks.
Amazingly great
Thanks for another great video! I love this channel
Glad you liked my video. Thanks.
I think that different materials and surfaces will have different types of reflective properties. Mirrors reflect in very direct way. And other surfaces reflect in a more diffuse way.
I think there is some sort of spectrum or index of refraction properties.
I love this Channel. Simple like that.
Thanks. I am glad you like my videos.
thank you for this video. inspiring. every object is a mirror. you just gave me an idea.
Thank you!
Pretty awesome presentation
Thanks. I am glad you liked my video.
Thanks for the video!
Thanks.
Amazing video as always! Greetings from Mexico
Thanks. I am glad you liked my video.
Thanks i understood this one.
Really great visualizing,I really want to watch your videos everyday keep on working (waiting more videos in both sides math and physics )
Thanks. More videos are on their way.
Great, as always!!
Thanks. Glad you liked my video.
Really great, may I know what tools you are using for making these, as I am a higher school physics teacher and want to make similar things, of course of more simple for my students.
I make my 3D animations with "Poser." Poser is expensive, but there are also free 3D animation programs like "Blender" and "Daz Studio."
Thanks
Physics Videos by Eugene Khutoryansky Why do not you put an English-sub in the video like prior videos? It will help some people who have English as a second language like me a lot.
Subtitles will be present again in my next video, as they are in most of my videos. I left them out of this video because I did not want them to distract from the animations, and almost all the information in this video is summarized just by the animations alone. Thanks.
Click on the subtitles icon in the bottom of the video. UA-cam makes the subtitles and as the talking here is very slow and clear, they are perfect.
nice ty ! : ) script, narration, production
The animation for curved mirrors was very impressive.
Thanks.
So can we make materials that can change its '' roughness'' and thus become mirror anytime they want??
Great video!!
However , in the latest light theory I read, a photon touching a mirror surface is completely absorbed and electron composing the mirror’s surface re-emit a photon in its relative angle.
For non reflective objects, electrons doesn’t add the angle information so it re-emit a photon in a random angle.
What do you think about this?
That's a more realistic picture. This channel seems to mostly focus on classical explanations
Thanks for the info.
.. brilliant
Thanks. Glad you liked my video.
Amazing lecture... keep it up
Glad you liked it. Thanks.
When we say light reflects from a surface, any surface, does this mean that it actually reflects like when we throw a ball to a wall or does light is absorbed by the material and re-emitted in a different energy level, hence the color of the object ?
The wavelengths (or "parts") of light that do get get reflected, always follow the laws of reflection (or reflects like a ball reflects elastically off of a wall, if that's how you like to think of it) .But the wavelengths that are absorbed don't reflect.
For example, a blue colored tee shirt absorbs all, except for the blue wavelength of white light incident on it. The blue light gets reflected, reaches your eyes and hence you see the characteristic color blue.
What happens then to the energy of the wavelengths that are do absorbed ?
Frito Dalis well, you said it yourself. The energy gets absorbed. That's why things become hotter when placed in sunlight for some time. And that's why black objects get hot faster than white objects: black objects absorb most of wavelengths of light, and white objects reflect back most of the wavelengths of light (at least of the visible spectrum)
heat happens, and then they reemitted back as black body radiation
great video!
Thanks. I am glad you liked it.
What happens with light at atomic scale during reflection
man, i love your videos, if u could do one explaining how to use the formula for general relativity would be great
Additional videos on General Relativity are on their way, as are videos on many other topics. I am glad that you like my videos. Thanks.
Good work sir...
Thanks.
These videos are so good. I would love to see a video about fractals or biological topics mixed with physics!
HI...SIR DONT YOU HAVE ANY LECTURE NOTES SO WE CAN READ THEM..OR ANY BOOK YOU CAN RECOMEND FOR BETTER UNDERSTANDING OF PHYSICS
Sorry, no I don't have any notes and I don't have any specific book recommendations. Though, I can recommend watching more of my videos. :)
I saw your videos on quantum mechanics and relativity...they are great...!!!
Thanks.
I love this channel
please do more :D
More videos are on their way. Thanks.
Wonderfull work
Thanks. Glad you liked it.
First of all, thanks for the interesting video. I agree with your explanation of visible colors and also white, (which is the combination of all visible) . If the surface is smooth on a micro scale the better the reflection etc.However, why is silver and grey not a part of the visible spectrum? Silver is the color backing of a mirror, which gives the most complete reflection. What are the constituent colors of silver light? Surely a highly polished white mirror will still appear as a white surface?
What software use ??
I make my 3D animations with "Poser."
I like the all ur videos
Which makes me understand topic with eaze
Thanks. I am glad you like my videos.
It was a great delight seeing this video with its subtle inspiring accordance with the classic background music! It was even a greater delight adding the Arabic captions! I always share these videos with my classmates and translate them in class. Thank you very very much
Thanks for adding the Arabic captions. I appreciate that. By the way, if you are interested, you can also provide an Arabic translation for the title / description of the video. (There is a separate "submit" button for this.) Thanks again, and I am glad you like my videos.
Zahar, I just received a new submission for an updated translation for this video. Was this also from you? Thanks.
@@EugeneKhutoryansky Yes it was. I figured two spelling mistakes made through typing hastily. Thank you very much!
@@EugeneKhutoryansky Yes I am quite interested. Thank you so very much. I'll be working on adding more captions for the time being. I'm an Italian-Arabic native speaker. Greetings from Syria btw.
Thanks, Zahar. I appreciate that. I hope you are safe in Syria. What I was saying is that in addition to providing a translation for the subtitles, you can also provide a translation for the title / description of the video. For this video, I received a translation for the subtitles, but I did not receive a translation for the title / description. There is a separate "submit" button for submitting the title / description. Also, I just received a translation in Arabic for my video on waves. Is this also from you? If it was, then I would like to thank you again. It would be helpful if each time you submitted a translation, if you could send me an email at Eugene381@comcast.net, so that I will know that the translation is from you, in case I have any questions about the translation. I don't necessarily always see all the comments posted on UA-cam underneath the videos, so messages through email is preferable. Thanks and I appreciate your hard work.
I like all of your videos, but your videos about quantum mechanics I enjoy most. Please make more videos about quantum mechanics, maybe a video about the different interpretations of quantum mechanics?
Additional videos on Quantum Mechanics are on my list of topics for future videos, including a video on the different interpretations of quantum theory. Thanks.
What gpu do you have?
I make my 3D animations with "Poser."
Another beautiful video
Thanks. Glad you liked it.
Great video
Thanks.
Just amazing
Thanks.
Can you do a video on dark matter or differential equations?
Excellent.
Thanks. Glad you liked my video.
awesome animation eugene
i m from india
and i perfectly understand physics topics by your video( mostly by your presentation ) 👍👍👍
Thanks for the compliment about my animations and I am glad to hear that my videos are helpful.
The real explanation starts at 1:53.
Very nice
Thanks. Glad you liked it.
can u make a video on programming and coding and how its work in computer system your videos are amazing for understanding
very good !
Glad you liked my video. Thanks.
Just found you off of a comment you make on a scishow video. Havn't watched anything here yet but I will give this a try.
This is an epic video!!Bravo!!👏👏
Thanks. Glad you liked it.
@@EugeneKhutoryansky mirrors flip images along normal axis for plane mirror always. You can include that and other factors in another video like the quantum explanation of mirror reflection.
Could you PLEASE make a video about the 4th dimension? PLEASSEEEE
I have several videos on that topic. One example is ua-cam.com/video/eyuRLmCphHc/v-deo.html
hello,thankyou a lot. I am one of the fans of this channel. can you please do a video on why the speed of light is constant
please,what's music on 4 th minute?
All the music in this video is from the free UA-cam audio library, and the names of the songs are the following.
Wedding_Invitation
Road_to_Moscow
Allemande
C_Major_Prelude