Images from Converging Lenses

There are two kind of lenses, converging and diverging lens. For a converging lens, parallel light rays converge to a point at the other side. This point is called the focus and the distance between the lens and the focus is called the focal length. For a diverging lens, parallel light rays will diverge away from each other after passing through the lens. However, these diverging rays seems like to come a point at the side of the incoming rays. We can consider this imaginary point as the focus and the distance between this point and the lens is the focal length of the diverging lens.

[@cassieknight6602]

Thank you so much for posting, and leaving you explanation up, so many years after your initial post! You have the better mousetrap, you simply need to find a way to get the word out to the world of people looking for great answers/explanations to their physics questions.

[@m.raedallulu4166]

That demonstration is remarkable !

[@dinheirocomandregodoy]

Fantastic!
Thank you and greetings from Brazil! 🇧🇷

[@sayakdhar5407]

the only video i found helpful , thanx man

[@intidileep5443]

Nicely explained with experimentally
Thankyou

[@tamashinayanathara7433]

This is very informative

[@harshpandey7723]

Very helpfull lecture man

[@quantomesht3268]

Plz Make an experiment in which linear magnification is determined.

[@joshymt6130]

it is very helpful.Thank u

[@ChandanKumar20247]

Thanks 😊

[@MATHSSUPPORT]

Wonderful #mathssupport

[@uthpakhi]

Wow ! Thanks

[@jogenderchauhan8894]

Very nice

[@vidhi1749]

Good

[@sumitchourasia9894]

Thanks a lot

[@indukumarishaw_2002]

Thank you

[@umachouksey7429]

Thank you sir

[@thecontento773]

Great

[@dheerajsoni9510]

Please upload more vid.

[@RavinderSinghShekhawat0402]

Sir how we measure the distance of virtual images

[@sandsnus1337]

how can really no teacher point this out? Feels like the teachers dont wanna answer the hard questions. When the object is further away than the focal point, why do we need a piece of paper at the formed image of the object to see it? Why not just have our eyes beyond that distance where the real image formed? shouldnt we see the object as if it was at that point then? shouldnt the real formed image be enough for us to see the the object as if it was appearing at that point? way infront of the lins?

[@Dmplivemail]

Thanks, Ben Affleck

[@simphiwebling9092]

NMU!

[@pratikkore7947]

maybe he's torching his camera? at 3:38

[@khanphysicsclasses8978]

Sir you wrote wrong lens formula
Basically it is 1/v-1/u=1/f

[@Callmedstone]

Ben Affleck !

[@aazib0000000]

What a fucking voice.

[@jordanvolk6539]

my man needs a new videographer

[@davegruenewald8242]

Kylo Ren kills Han Solo

[@anmolkukkar8087]

sir your lens formula was wrong
other video was gud

[@ameerhamza4816]

No it wasn't! You can donate distance by d,p , q etc it doesn't matter

[@VoeViking]

Shit audio.