Interference Patterns Waves in 2d Part 1 Physics Lesson

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[@esika7640]

I've been trying to understand interference for weeks- one look at this video and everything is crystal clear! I could cry of happiness right now! thank youuu :))

[@waqqasElahismch]

🤔

[@joshuakorea]

This guy is the real deal. He explains everything so well.

[@octs609]

DUDE THANK YOU SO MUCH I HAVE A FINAL EXAM TOMORROW AND THIS EXPLANATION IS SO MUCH FUCKING BETTER THAN THE ONE MY TEACHER GAVE ME. YOU MADE IT SO INTUITIVE AND HE MADE IT SO MUCH MORE COMPLICATED THAN IT NEEDED TO BE. YOUR A SAVIOR.

[@markcaruana2915]

Thank you so much. Best comment ever!

[@100crazycanadian]

Omg i don't have enough words to thank you guys, can't believe i finally got it.

[@TheAustinWong]

Though I've been using your videos for at least several unit tests now, I never found the time to thank both of you. I know it may not mean much from a random student you haven't even met, but I want to let you know that, thus far anwyays, my mark in physics has been improving, which is especially important for me since engineering is one of the post-secondary options I am currently considering.

[@TheAustinWong]

I went somewhere from a low 80's to around 90 on my exam, finishing at 85 last year. Hopefully, with this youtube channel in my arsenal from the very beginning of grade 12, I can achieve even greater results. Oh, and you both have a wonderful sense of humour!

[@TheAustinWong]

Anyways, as I prepare for my grade 12 exam, I'll definitely remember the generosity of both of you. I've read from the comments in a video that Mr. Morin is no longer at Early Haig Secondary School teaching, but I hope you are still teaching, as you are a phenomenal teacher, as is Mr. Caruana. Even if you are no longer teaching, I wish you success in wherever you choose to go. Again, I just want to say Thank You to the both of you, and wish you two the best of luck in the future! A PETHS Student

[@brycejohnson9291]

thank you !! you seem to be the only video on youtube that explains how to find nodal lines!!

[@TheAustinWong]

Hi there Mr. Caruana and Mr. Morin, I can't remember exactly how I stumbled across your channel while I was in grade 11, but I really just wanted to let you know how much I appreciate what two have done to help students with your videos.

[@Pikruga27]

wow...u explained what my teacher took 45 minutes to explain and I still can't understand. glad to found this.

[@NoelaniShapiro]

In 7 minutes you taught me what my Physics teacher failed to teach me in 7 weeks.

[@t-party]

Been looking for a video on this for like half an hour thanks so much

[@albashiirodz4142]

Thank you very much. May Allah rewards you goodness and paradise

[@PhysicsEH]

@sahme7 Thanks for letting us know. Glad we could help.

[@seanbarry328]

first year uoft life sciences and this video is still a life saver

[@blueeyessixteen]

you actually saved my life thx x10000000000

[@PhysicsEH]

@lazzylarrylazy Thanks for the compliment. Glad to help.

[@dinahung2760]

Even me, Korean can fully understand. You explained perfectly. thxxxxxxxxxxxxxxxxxxxxxxxx

[@PhysicsEH]

Hi. Thanks for the kind words. Mr. Morin is away for the year sailing to Europe and back to the Carribean but will be back to Earl haig next year. I'm still there and have no plans to leave. Take care. Mr. Caruana

[@Demitro]

@louiseranson Lamba = 3 divided by 1.5 = 2

[@PbZeppelin]

this guy is a beast, thanks dude!

[@mediaconsumption3972]

Excellent

[@IRateIt331]

Super helpful

[@554z]

wow these videos really helped me and made the chapter soo much more clearer..but could you please tell what coherent sources are?

[@joshgeorge5921]

thanks

[@KristianMcCarthy]

Thank you so much! You explained this perfectly

[@TheDestoned]

@timsss128 And the first comment. Great videos, im watching these before i go back to school to get my physics 30. Planning on being a physicist

[@astboy4life]

Thanks!! Helped me out alot!

[@doubleja]

Wow. I'm surprised I never noticed that the destructive interference condition is the definition of a hyperbola ....the nodal lines are hyperbolas! My next question is --- at least for problems involving light waves --- why don't we solve for x given the two equations: y = L and (x/A)^2 - (y/B)^2 = 1 ....where A,B are related to d, lambda, & n?

[@user-gx4gb1gx7b]

Thx for this doc

[@nmbop]

thank you so much, this is awesome.

[@Atifkhan-os1vq]

Woah bravooooo

[@keeganfisher8555]

Thanks so much, cleared heaps up for me! :)

[@panazilian]

good teacher thanks!

[@matthewpearce940]

Thank you!

[@simsim2560]

clutched up

[@user-pk6id3gk5r]

其实数学表达起来就是双曲线的定义吧，两个定直线的距离差等于一个常数？

[@lazzylarrylazy]

finally understand physics screw my teacher i want this guy

[@ljkpang]

thanks! :)

[@Niaz2012]

how did u get 2 cm lambda?

[@swapnihulkman]

why S2p is half of the S1p?.....@3:36...

[@user-gx4gb1gx7b]

2 cm

[@0311huy]

more wave please

[@PhysicsEH]

@lazzylarrylazy Thanks for the compliment. Glad to help.

[@jasmineasem3957]

Thanks