Compton Effect and Compton Wavelength

[@TheOrganicChemistryTutor]

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[@eliass.firisa9427]

From high school all the way to college, this dude is my perfect teacher...

[@vaughnouano]

U are the reason why I was able to save my Math grades, and with that I was able to continue highschool journey and now im in senior high and still currently watching ur vids.

[@soupysoup931]

"in the city of Compton", you find the best youtube teacher who got lots of playlists of decent ED content.

[@thesuperset2187]

i know nothing about physics but this is interesting thanks man

[@GabeTStarman]

My dad has a shirt about this because he grew up in Compton, CA.

[@kaankayis327]

I love your videos man. Might I suggest a linear algebra playlist?

[@yay9010]

Thank youuu, your vids help me from my high school to college 😭😭

[@Do-Some-Change]

You are a best teacher ever

[@jeremiahikie7859]

Thank you very much Sir for this! God bless you greatly!!!

[@tomashernandez3065]

Investigación a question. Could you tell me what software are you using for your presentation?

[@mariocesarsousa]

Very well explained. Thanks. ✍️

[@adriangheorghe2327]

In the case of the Compton Effect, the high-energy gamma photon that enters the atom contracts longitudinally 137 times and transversely 4 times and splits into two high-energy bipolar standing waves, one rotating around the nucleus and the other around the electron in the deep layer. In this way, gamma photons of lower frequency and energy than the incident gamma photon would be born. Stationary waves, of high amplitude, behave like an elementary charge in the spiral. When the standing wave breaks, through electro-magnetic induction, a high-power electric impulse would appear, which accelerates the electron in the immediate vicinity and transmits a recoil to the nucleus, which releases the photon from the circum-nuclear standing wave.

[@ŒG̃-r1x]

Is there also a way to get information about theta?

[@Buddha-Einstein]

Great explanation. Thanks for the work - Could you kindly answer - If light were ONLY wave (no particle behavior) then:- 1) What happens to momentum or velocity or energy of photon after collision and 2) What happens to the velocity, or momentum or kinetic energy of the electron after collision? And what specific electromagnetism formula would that classical behavior be based on?

[@eightearth1304]

Fire vid bro 🔥 👍🏼

[@zeehighness9310]

I was looking for Ice Cube. Well… I guess he’s not here even though he’s STRAIGHT OUTTA COMPTON!

[@savagerobuxanddiamondplayz3927]

straight outta

[@nevgongivuup]

i have my finals in 6 hrs. pray for me.

[@lightningbeast9122]

Do you plan to do any medical school subjects ?

[@MeaHeaR]

why is it be cosine untt not tangent or sign ¿¿¿¿

[@Maryam-mp3fb]

Interesting 🖤

[@XD-pp6pw]

I swear for a second he became Indian 0:24 Number one 🤣🤣

[@alchemist6098]

You should include units into all your calculations. Ignoring units is a common error students make during complex calculations. When units don’t match and students just use numbers they can get large errors,

[@pdfgovardhanb8093]

nice

[@callmecheese0]

The DeMar DeRozan effect?

[@vetebesim]

Straight outta compton

[@metarus208]

thanks bro

[@marvievaliente5329]

Thank u💚

[@_Taylo_]

thanks man

[@mide-x8s]

I don’t understand that calculation for 45 degree

[@arcstrider5728]

Far out man

[@vignesh7138]

First comment😍

[@tsheringdhendup3818]

Straight outta compton