The Difference Between Real & Virtual Images | Geometric Optics | Physics Demo

[@VyvienneEaux]

If physics professors would just take 5 minute to demonstrate this after teaching the concepts, that would save the headaches of millions of Physics II students everywhere.

[@CNo-bx5mq]

I totally agree.

[@a254yt4]

Bruh this vid is really helpful 😂

[@Justlarm]

for real, super helpful

[@abitharajanrajan6603]

U physics professor would take 5mins whereas I see the video is just 3mins. I guess ur physics professor takes more...🧐

[@jznh7718]

so true

[@bp-dw4rp]

I love this!! Gosh I hate when YT people tell us to go look at ray diagrams but like I want to see how it TRULY looks in the real world - thank you for this!!

[@INTEGRALPHYSICS]

I can do all the ray diagrams I want in class, but until I show my students this demo they just don't get it.

[@-NikoLee]

@@INTEGRALPHYSICS good job man thats a great vid I m gonna show this to my students! thank you!

[@dimmeshdimmesh]

That's what I'm trying to say

[@DPDP-g1w]

That was the issues I was having too

[@brandonflorida1092]

You've made something brilliantly clear that everyone else skips. Thank you.

[@INTEGRALPHYSICS]

Glad it was helpful!

[@Developing_Minds]

Didn’t understand the difference between real and virtual images for over 1 year in school. After this video, I understood it properly. Thanks a lot!!!

[@INTEGRALPHYSICS]

Glad it helped!

[@zer0_idea-x9f]

2 hours of physics explanation has been saved by a 3 minutes video, thank you for the explanation. much appreciated

[@INTEGRALPHYSICS]

Glad it helped!

[@cullinan1611]

01:43 Convex lens - real and inverted. (Projecting on something) 03:00 mirrors - virtual (world in a mirror)

[@patrickcostello5330]

Thank you! I have my physics GCSE paper 2 tomorrow and you're the first person to visually show me wtf a virtual image actually is outside of those ray diagrams. Officially better than at least 80% of physics teachers

[@hermeschi]

Finally a real-life example, thanks for this, it was quite helpful.

[@INTEGRALPHYSICS]

Glad it was helpful!

[@invariablyliveliness8278]

I wish he was my children's physics teacher. Two eyes are not enough to watch this wonderful explanation. 🤗

[@paramarthapravanath3437]

Awesome video 😅. Love from India 🇮🇳

[@abigailhercules3113]

I am a physics student and I only really understood the concept of the virtual and real images when I watched this video so thanks a lot you helped me a great deal🙏

[@DKA_000]

only helpful video on youtube about real and virtual images, thank you so much!

[@PavnikSai]

Wow. I've been browsing the internet for a while now. I'm really glad that I stumbled upon your video!! You have taught me the concept that my teachers at school couldn't explain me well. Thanks a lot INTEGRAL PHYSICS🙏🙏

[@eimeetinawin9457]

bro i thought this was a hard concept bc of all the diagrams and drawings, tHANK YOU FOR THIS VIDEO!!!!

[@INTEGRALPHYSICS]

Glad it helped!

[@JCWusmc]

Thanks. Explained that better than my Physics professor and book.

[@spsrathore9722]

It's one of the best explanation of real and virtual image I've ever seen. Your explanation is great thanks for your great explanation :)

[@ilmathome]

Excellent Information and demostration , best video , my students are much impressed

[@INTEGRALPHYSICS]

Glad it was helpful!

[@amaangamerz7]

Many other yt people just show ray diagrams but you my friend are different thank you for showing such a great explanation ❤❤❤❤❤❤❤❤❤❤❤❤🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉😊😊😊😊❤❤

[@shaileshbhuskute]

I never understood when I was in school; today while trying to explain to my daughter struggled; I am so happy that I found this video; it is very helpful; thanks a ton!

[@INTEGRALPHYSICS]

Glad it helped!

[@budhwa5653]

Was studying optics at high school since a month. Learnt a lot more by your video than what i learnt since past month

[@INTEGRALPHYSICS]

Happy to help.

[@anandhraj1952]

Awesome you have nailed it ❤❤❤

[@MargauxDupin]

Thanks for explaining so easily the difference between Real and Virtual image! That made a lot of sense.

[@INTEGRALPHYSICS]

Glad it was helpful!

[@bruhsky9134]

in the concave mirror example how does the image get projected on the board? I thought it would block the light

[@JustChannieAlt-gp2iq]

Alright imagine a L shaped tunnel Keeping a mirror on the corner of that tunnel Now pass light though it You'll notice that light manages to pass through the whole tunnel. The light kinda bounced from the mirror since the mirror is a reflecting surface.

[@Divine_QVerses]

Thanks for making it so simple to understand , there are tons of videos on the same subject but they make it too difficult to understand with some preplexing diagrams instead of giving demonstration from real world, but you did it enough to make me clear :) thanks again

[@INTEGRALPHYSICS]

I am glad I could help.

[@kamalakannank3370]

I was searching to understand this, finally I reached the destination. Clear explanation

[@INTEGRALPHYSICS]

thanks

[@haydeeolivera1563]

I’ve been searching for this kind of video for an hour in KZbin thank you thank you really everyone only explained the diagram but I couldn’t understand what was really happening

[@RomanReigns-wv1sy]

For all these 16 years I never understood how this actually works and always had a belief that we can’t see virtual images No my doubt is cleared and also the concept Great explanation very useful

[@INTEGRALPHYSICS]

Glad it helped

[@leisureaccount7267]

bro seeing how this shit actually works is a trillion times more effective for comprehension than reading about this bs. Thank you so much!

[@anonymouscat5773]

Just wow ! Cleared the concept as fast as thanos snapped ❤😂

[@bryantagilbert]

Fantastic!!! Many thanks for your explanation/demonstration of the virtual image

[@INTEGRALPHYSICS]

Glad it was helpful!

[@ZaynabJoseph]

This helped my students a lot! Thank you for demonstrating this!

[@INTEGRALPHYSICS]

Thanks!

[@zarnpat49]

Excellent explanation!!! Thanks !I take the help of this video to explain real and virtual image concept to my son.

[@INTEGRALPHYSICS]

Glad it was helpful!

[@niseshkumar1060]

After finding millions of videos I got this one and is the best

[@INTEGRALPHYSICS]

Thanks! That's sorta what I was going for.

[@DevS19]

Thank you , great illustration 🙌❤️

[@buraktopaloglu4684]

I’m wondering if we also should stay in focus point while looking through a converging lens. I mean there is a specific distance between the wall and the lens so the real image can be projected. But as we look a virtual image through the same lens I assume we can look it at any distance and the virtual image is clear and focused (as you demonstratwd at the end of the video while we looking that tiny jeep). Is it so or we also should stay at a specific distance

[@INTEGRALPHYSICS]

A real image will project (in focus) onto a surface at only one point. However, hold a convex lens up between yourself and a distant object, as you look through the lens toward the object you will see the image form at a position that to your eye appears to be closer to you than the lens.

[@anirbanmitra9930]

All my doubts of life time cleared in 3 mins Thank you very much sir

[@nhankhanh3502]

thx you so much! I really love learning physics by real demonstrations like this.

[@ashritsai3744]

Wowwww! the explanation is amazing, kudos to you guys 👏👏👏

[@shocksword6847]

Great demonstration! Hope this gets more views since it helped me understand the concept much better than simply reading from a textbook.

[@wi2c730]

Quick question: In this case, since our eyes contain convex lenses, does that mean we are seeing inverted (real) images? I am just confused...

[@INTEGRALPHYSICS]

Yes. A real, inverted image forms on the back of your eye; and yes the image is inverted... your brain just got used to it. The purpose of glasses is to move the focal point of the image forward or back so that it forms on the retina (the back of your eye)

[@wi2c730]

@@INTEGRALPHYSICS Thanks a lot man! This channel really teaches a lot!! Edit: but why did the image of the view of the houses behind (u showed in video) ended up being inverted?

[@INTEGRALPHYSICS]

All images projected either onto the wall or white board are 'real' images. Real images are inverted.

[@asheeshtiwari7773]

3:30 but why here can we see virtual erect image ? Is the as convex lens focal length that big ? Nd moreover it will be seen on the same side of the lens then how can we see it behind it it should have been inverted again ?

[@davioliveiramendes3172]

Perfect explication! I am brasilian, but i can understanding your explication perfectly!

[@jhumpatumpamaity5597]

Thanks a lot very much, I had a lot of confusion about it, now it is truly clear to me.

[@umarbilal9594]

You are legend respected sir respect from Pakistan ❤❤

[@snorkob]

ty for explaining and properly demonstrating

[@parsaeskandaripayandeh6330]

This is the best video and explanation on this topic. Thanks a lot!

[@INTEGRALPHYSICS]

Glad it was helpful!

[@AlyviaSyriac]

How does the mirror know the cars are there when the whiteboard is blocking it though

[@snehapanara7529]

She be like- You said that you were not taking me in the video 😅😅

[@MannPanara-j3m]

😂😂

[@MannPanara-j3m]

2:53 😅😅

[@shjescaresme]

Great video, straight to the point and very informative. Thank you!

[@bloop8691]

optics has always been my worst area of understanding. this was exactly what i needed! thanks

[@i_am_kathir_7_]

Dude, just awesome 🔥🔥🔥🔥 i got it very much clear now!!!..

[@INTEGRALPHYSICS]

Glad it helped!

[@Xena_fcx]

Thanks for being practical

[@Kalyan16dev]

Real Image calculation looks like this n = 1[air]; n=1.5[in tube] 1st optical path OP1 = n* D(s,c) [ Distance B/w Source to Center] 2nd optical path OP2 = n’*D(c,Tp) [ Distance B/w Center to Temp Point] 3rd optical path OP3 = -n*D(Ir, Tp) [ [ Distance B/w Real Image Point to Center]. If the formulae is for Real Image case, then what could be the formulae for Virtual Image Sceanrio? could you please explain here?

[@nicolek7613]

THANK YOU i was so confused in class i wish the textbooks just made it clear like this!!!

[@INTEGRALPHYSICS]

Happy to help.

[@vimukthimanujeewa4715]

physics is not only calculations but also understanding Thank you😊

[@INTEGRALPHYSICS]

Most welcome 😊

[@Someoneuknow-1]

thanks prof. I was confused about "screen" but now, I dont have any confusions

[@Arimay-f3w]

Bro i had a doubt how can you project the img on whiteboard of youre blocking it with the whiteboard

[@maffiatmarcatto367]

Probably because the board is way smaller than the object, so light can come from many places(?)

[@nainarajput8934]

Nice explanation 🙏🙏thanks.

[@aksasusan1726]

Why so much less likes for this classy video?

[@INTEGRALPHYSICS]

Thanks!

[@EmpyreanLightASMR]

Fellow Coloradan! Stay safe in the heat (summer '24). anyway, this virtual/real thing is a nuisance, so thank you for the video. So at 1:39, the *reflection* of the jeep in the lens, is that a virtual image? (Your camera inadvertently picked this up, but I'm glad it did!)

[@mark0wenmo27]

great video ! If you put the ray diagram in the corner for each example it would be even better !

[@INTEGRALPHYSICS]

Great suggestion!

[@parthibchakraborty9752]

Thanks Really helpful love from india ❤️

[@shaileshgupta4568]

Thankyou sir it really helped me out!❤

[@sonar3015]

That's really a very helpful and beautiful demonstration

[@INTEGRALPHYSICS]

Thanks!

[@kairosformacion3559]

Fantastic video. Thanks.

[@INTEGRALPHYSICS]

Glad you liked it.

[@d2dgaming378]

Nice Explanation Sir❤️❤️Love from Kerala,India🥰

[@INTEGRALPHYSICS]

Thank you.

[@muhammadridhwan266]

Ahh nice impreza there. Btw thanks for the explanation. Helps a lot

[@INTEGRALPHYSICS]

Glad it helped!

[@unknownstudent1509]

Congrats 👏 You got a student from India

[@INTEGRALPHYSICS]

Thanks! 😃

[@padmakaranj]

This is my long year time doubt, I understood Bro💕 Thank You🌾

[@INTEGRALPHYSICS]

You're most welcome

[@Coelom-m3e]

My teacher say hologram is an example of real image that can be seen without screen is that true? I can't find any video regarding how hologram actually work there are videos but either they are too details or not exactly useful for me! Can anybody ans it

[@Multi-Grade-Mastery]

Superb v practically described got it first time

[@INTEGRALPHYSICS]

Great 👍

[@elishaoreunomhe]

The perfect explanation ❤

[@INTEGRALPHYSICS]

Glad it was helpful!

[@savitakumre9645]

I satisfied 😃 with this explanation 😁☺️

[@INTEGRALPHYSICS]

Glad you liked it!

[@mirchakarazamrind-eo5xf]

Thank you sir for best explanation 😀☺️

[@INTEGRALPHYSICS]

Most welcome

[@itsSujeetMahto]

Why aren't you famous yet

[@INTEGRALPHYSICS]

I'm working on it. =)

[@BangYongguk-sf8ly]

Thats crazy, the image in 1:35 looks like a mobile screen. Or a projector.

[@INTEGRALPHYSICS]

That's precisely what's going on inside a projector.

[@BangYongguk-sf8ly]

Oh lol thanks

[@rishikapatil771]

Thank u for clearing my doubt😊 loved it

[@INTEGRALPHYSICS]

My pleasure 😊

[@sakar_creation]

Thanks sir!! Really appreciate your hard work ❤❤

[@INTEGRALPHYSICS]

So nice of you

[@NiharikaPrajeesh]

This video is really good ❤ I understand nicely

[@INTEGRALPHYSICS]

Thank you! 😃

[@firdaousahmedhujayfa3264]

Thank you soooo much ❤❤❤❤❤❤❤❤❤❤❤❤it is so helpful

[@testthis2917]

Objects at a distance greater than the focal length of a concave mirror appear inverted virtually inside the mirror.Why does a concave mirror form a real and virtual image at the same time?

[@INTEGRALPHYSICS]

Objects beyond the focal point of a concave mirror will produce a real image. Objects inside the focal length will produce a virtual image.

[@testthis2917]

@@INTEGRALPHYSICS how do our eyes interpret that real image if we put our eyes inplace of screen.

[@INTEGRALPHYSICS]

You see the image appear at the point where the image would focus onto a card (if a card was placed at that location.... Here is an example. kzbin.info/www/bejne/apypm6p8q6aLiMU

[@terpichore7667]

Thanks. I could draw the ray diagrams and understand the mirror and lens equations, but couldn't translate it to the physical world and couldn't get it from my physics books.

[@shakespearaamina9117]

Fascinating 😎 Thanks

[@rkalghatgi3]

Awesome video! One question, does this mean that every time I look in the mirror, I'm actually looking at a virtual image of myself?

[@INTEGRALPHYSICS]

yes.

[@enderele5516]

so if you place the screen behind the lens in the virtual image you wouldn’t get an image right?

[@INTEGRALPHYSICS]

Correct. Virtual Image = the image does not focus to a point.

[@suriyaanand5199]

Thankyou it was helpful to me 🎉

[@kothapaul470]

Love this explanation 🤗

[@INTEGRALPHYSICS]

Glad it was helpful!

[@FOXTROTALPHA2412]

This video helped so much, thank you.

[@INTEGRALPHYSICS]

Glad it helped!

[@raiyanwaqas688]

So a real image is something that allow light to pass through one medium to another and project a image in the other medium while a virtual image is something that doesn’t allow light to pass through to another medium but still allows it to project light in that medium?

[@INTEGRALPHYSICS]

A real image occurs when the light (either reflected or refracted) from a surface actually converges at a point. A virtual image occurs when the light (either reflected or refracted) from a surface APPEARS to come from a point it never actually passed through. This is where ray tracing diagrams come in as a useful tool in understanding real vs. virtual images.

[@raiyanwaqas688]

Thanks

[@memisege]

Thanks! Loved seeing it all ☆

[@INTEGRALPHYSICS]

Glad you enjoyed it!

[@aedan2319]

great demonstration

[@INTEGRALPHYSICS]

Thanks!

[@emilthes.2943]

Kau mmng terbaik man

[@yy70-w8s]

man so simply put it i gor an exam 3 days down the line thanks from INDIA

[@INTEGRALPHYSICS]

Good luck!

[@MohammadAlshahrani]

Amazing

[@ridhimadhingrasethi5942]

You are great sir 😊

[@INTEGRALPHYSICS]

Thank you so much 😀

[@sathu007]

Love u man Keep it up

[@Needfor28]

Very good

[@ahmedadel_119]

Thanks bro u are the best ❤

[@INTEGRALPHYSICS]

No problem

[@samanthaperry7788]

thank you so much!

[@INTEGRALPHYSICS]

Glad it helped!

[@anakhan9895]

Thanks for this video ❤

[@INTEGRALPHYSICS]

My pleasure 😊