Image Formation with Spherical Mirrors | Physics with Professor Matt Anderson | M27-08

So we know we can see images in these curved mirrors, but how exactly do we figure out where the image is located?
Physics with Professor Matt Anderson

[@garffieldiscool1163]

Ineresting professor.Nice to see how the principal of least action complements the path intergral.

[@manuboker1]

The best Physics teacher in the World !!!

[@fizixx]

I remember sitting down and doing all the different cases. It's fun, until they add another lens, or two, or three in the mix...HA!

[@sergesericnanfa9894]

Thank you very much Sir 😊

[@sergesericnanfa9894]

Nice video and even though we did not yet treat the topic, l understood

[@sergesericnanfa9894]

Thanks Prof 😏

[@SanjayKumar-bl8jq]

Super 💗 video sir

[@himalaymishra5991]

Professor.. when we are getting lectures on lens theory..and refraction ✨✨

[@Obamnaz]

I GET IT. THANK YOU

[@yoprofmatt]

Awesome!
Cheers,
Dr. A

[@joedoerksen9166]

Just writing all this on a glass in reverse wow

[@nethragopinath4980]

Isn't principle focus (point F) where all reflected rays intersect? The very first diagram you drew doesn't support this. I'm confused

[@yoprofmatt]

Principle focus is where all parallel rays intersect. In this picture, parallel refers to incoming horizontal rays.
Cheers,
Dr. A

[@nethragopinath4980]

@@yoprofmatt Oh I get it! Thank you

[@shazia3513]

Does he always write like that.I mean it's backwards

[@mahammedforjani1234]

shawn murfy is that you