Discover the Mesmerizing Le Joujou Figures

[@32_gurjotsingh82]

Now this is some really phenomenal explanation. Thank You for your time, Sir.

[@hear.t_d7863]

This video requires more than one like button

[@astha_yadav]

This is beyond and comprehensive, so so thanks to you sir !

[@petkoelenkin5713]

The optical experiment and the real world application are great! I greatly appreciate your effort!

[@PhysicsHigh]

Thanks.

[@ignaciodelavega4631]

Underrated. Nice work.

[@PhysicsHigh]

Thanks.

[@yurisindler3512]

Fantastic! One of the best explanations!

[@martinstent5339]

A long time ago, when I doing my apprenticeship in an electronics workshop, I was looking through a cupboard looking for a test box, when I found a small diecast box labelled “The flying arsehole”. I asked my boss:” What’s this?”, and he told me to plug in the power to plus/minus 12v, and the outputs X and Y or an oscilloscope X and Y. I did that, and presto! I saw a circle which expanded and contracted and moved round the screen. It was making a Lissajous figure which was being modulated to make it expand and contract and get a small offset to make it move around the screen. It looked exactly like there was an “asshole” flying round the screen. I put it back in the bottom of the cupboard, and as far as I know it’s still there, amusing apprentices for generations to come!

[@adimejia5756]

This was an amazing explanation. Incredibly detailed and thought out. Thank you!

[@PhysicsHigh]

Glad it was helpful!

[@Brettah31]

This is great. I feel like the section where you were greenscreened could have benefited by labeling which of the waveforms was being represented in the x plane and which was in the y plane. I lost track and had to use some of my attention capacity to figure it out instead of listening.

[@eternallyseeking2666]

Wonderfully explained...

[@godwinbrian808]

Thank you very much Sir!!! Hepled me alot for my FINALS

[@pulgamecanica]

WoW So well explained!!! Where where you when I was learning physics!!!

[@ingeandersen7962]

Loved the video! Have you other examples of lissajous figures use in physics?

[@deneeburns]

Amazing !!

[@radekczerwinski1135]

Very math help ty sir.

[@arm9180]

Loved this explanation. Thank you so much

[@AbhayKumar-sn3cm]

The experiment were really great 😃

[@tombouie]

Quite Well Done

[@reuben_levine]

great video 🔥

[@PhysicsHigh]

Thanks 🔥

[@it_10_niveditachowdhury17]

phenomenal explanation. Thank you very much sir

[@PhysicsHigh]

Thanks and welcome

[@physicslab5787]

A Very clear and nice explination. I enjoyed watching your video

[@PhysicsHigh]

Thankyou

[@AbAb-th5qe]

What would a 3D lissajous pattern look like? What if the ratios aren't integers, or are they always integers but just very large?

[@DHARMENDRAKUMAR-tz5cf]

Thanks sir from india

[@kisho2679]

Are so also the shapes of electrons orbitals?

[@rhshovan]

THANK YOU SO MUCH....

[@golf2actual375]

Very well explained. Where were you when I was in high school?

[@PhysicsHigh]

Thankyou.

[@mdeisakhan7608]

Thank you sir

[@PhysicsHigh]

You’re welcome

[@live999k7]

Polska Gurom!

[@this_is_me542]

thank u 😊

[@ryanwolf5396]

Try and make it stationary

[@raghavsaini5517]

Can u speak hindi or punjabi please 🥺

[@Mission8orphan]

No