MCAT Physics Review: Thin Lenses

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In this video, I talk about what you need to know about thin (spherical) lenses for the MCAT exam: conceptually, converging, diverging, and the required equations.
My name is Abdulla, and I scored a 524 on the MCAT. I've condensed all the material from the MCAT Physical Foundations of Biological Systems (Physical Sciences) section, into an easy, very high-yield test-prep review series!
If you have any questions or suggestions, please leave them in the comments below :)

[@AngHyzz97]

hello, can you double check if the real inverted magnified example 11:47 is correct ? none of my mcat books match that example, books are basically saying it should be virtual and upright? maybe im just confused but im trying to see how this fits in my notes. here are my notes for reference :
for converging lenses,
For an object beyond the focal length, the image formed is real and inverted.
• For an object inside the focal length, the image formed is virtual, upright and enlarged.
• There is no image formed if an object is at the
focal point.
please help so confused .

[@acethemcat]

Thanks for your comment. You're totally right, that's a mistake!! It's supposed to be virtual and upright. I'm going to go ahead and re-record this video, and fix that error!

[@perriannsmith821]

These are awesome. Thank you!!!

[@acethemcat]

Hope you found this video useful! Make sure to sign up on the website (it's free🙂) , where you can see my practice questions, and videos where I guide you through how to solve those questions: www.acethemcat.com/courses
If you decide you like it, please take a look at some of the other courses on the site!

[@lauraa2778]

Soooo good, thank you!!!