IMAGE FORMATION BY CONCAVE MIRROR

An experiment to show the image formed by concave mirror

[@amalghosh2741]

I wish I also had such a experience and wonderful physics teacher!!😊😊

[@beastboygamer8917]

Yesss

[@izmanajathuueu3151]

Me too

[@vyasmadestories2821]

We have because KZbin teachers are our 😁✨

[@badbrahman]

Mam you cleared all my doubt with this amazing experiment and beautiful demonstration, thanks a lot🙏🙏🧡

[@khushiluthra5320]

Mam during whole video I was getting relaxed as you voice and patience worked on me😌💞💞

[@lama240]

Best explaination i fond on you tube

[@deepalimahajan6313]

Amazing!!!!

[@coloursplash2997]

Oh my, very nice explanation

[@gunnuchaudhary1237]

Thanku soo much mam for such a nice explanation .

[@Amazinggirl1111]

Thankyou so much mam Appreciative work 🤗

[@nandani6012]

Waaoooo!!! 😀😀😀 it is too good for understanding

[@dipit5967]

So good maam.Thank you for this

[@arpankumardas5200]

Beautifully demonstrated. Useful for students.

[@karishmaaradhya238]

Thanks a lot mam for such an amazing explanation. Nice video. Really very helpful.

[@_gogoi4212]

Helpful video 👍🏻👍🏻👍🏻

[@nedunuriashok4226]

Beautiful experiment

[@parmeshwartanpure993]

Thanks mam very beautiful explanation

[@Doctorzafar]

I need a teacher who explain like you❤

[@prisha1625]

Nice lecture

[@mahimakumari3419]

Thanku soo much ma'am for such a nice explanation ❤️

[@jagdeepsinghthakur952]

Mam what type of image will be formed if half object is on fous length and half after focus

[@mr.shubham143_]

Well explained , application

[@LaxmiKumari-fy6lu]

Best video plateform for education

[@adhityaarun4785]

Thank u mam, hope it will help this year

[@aper_05]

Thanks a lot mam love u infinite ❤️

[@arunamishra3874]

Nice useful for 7th standard

[@badbrahman]

Not only 7 , this concept is present in 10 class physics , in chapter optics 🤟

[@archanaverma2135]

Very nicely explained! Thanks mam

[@devil1413]

❤❤❤

[@mohtashimmalik3201]

Katee jeherr👍🎉😸🥳

[@isotropicantenna]

2:50 You can see real image without the screen, by moving behind the point where the the rays converge and looking towards the mirror.

[@sandeepvishwakarma6553]

Great👍👍

[@pawankumar-ki7qr]

You are best

[@admotivation4760]

Thanks a lot man Wo so beautifully u explained

[@g.skhiladi7790]

Thnx ma'am

[@vinoddimri402]

Thanku so much mem ji,

[@NeetuSingh-sv4uf]

Really, nice explanation 👍

[@kanchanmarketing]

Thankyou mam

[@patod4]

Where do you see the virtual image since a screen won't catch it. And what is an image in infinity?, you don't see it? Thanks.

[@princekaushik6199]

Thank you so much😊😊 mam

[@Rahulcool7]

Mam show us the virtual image also practically

[@gopalameta832]

Nice concept

[@PrinceKumar-up7vy]

Mam mirror me v image bn rha hoga kya

[@kanchanmarketing]

👏👏📚👏👏❣️

[@damionhardung]

Thanks a lot mam

[@silashtamrakar673]

Great

[@Shraddha-nz2bl]

Thank you 😊 mam

[@arafathsiam5365]

Thanks

[@RajeshSingh-wb9wi]

Could u plz tell me image formed on screen is inverter or erect

[@harleyb-ham266]

What would happen if you stood in the middle of a 360 degree mirror?

[@reshukhurana958]

Best

[@snehasunita996]

💯

[@ahanadasgupta5487]

Thanks for the nice explanation. Few question mam, it seems to me from your lecture when real image is formed in concave mirror we can not see the image without projecting it on a screen . Is my understanding correct ?? What we will see within the concave mirror when real image is formed?

[@bheema4568]

I think the image we cannot see in concave mirror as our image looks when we keep a screen behind us according to my opinion

[@madhu.s1595]

All science teachers should be trained in taking such experiments before becoming science teachers. May be in future BEd. Courses will include... It

[@munshibarkatali8928]

Water surface is flat!?

[@clowninfo.8675]

Nice video

[@SumanKumari-qb9qe]

🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@nazzgamer5262]

only 2 comments 😖

[@siddumadar5677]

Shu

[@cmarathatipha8166]

🙋‍♂️🙋‍♂️

[@yourbrogaming9968]

I think Ncert is not bad and neither their books are. They are for curiosity but teachers and students just study why is coming in exam

[@bheema4568]

Thank u mam

[@rajratnarandive8901]

I am in 7th but I have this same portion 😂

[@renupandit3551]

the slybs is same (science) for 7,8,9,10 but slowly they will increase the level of chapters

[@ramancheema3367]

@@renupandit3551 correct

[@premshilakumari6754]

🙏😇👏👏‼️

[@darshanabiradar1444]

I wish i could study in this type of school 😭

[@killer-px1wl]

Hiiii

[@thememesmania2385]

Lets say if we place an object at c then there is an image inside the mirror too How it will look ? Please answer me anyone who is reading this

[@AmritaKumari-cc7zn]

In the case of concave mirror, if image is placed at c then it will be real and inverter and diminished and image position will be at c In case of convex it will be virtual and erect and it will also be diminished

[@khadejakhanam5431]

Maam i don't understand

[@vivek2813]

maam, image in concave mirror should be between object and mirror so screen should be placed ahead of object. in your video it is not the same

[@kavitadahiya5796]

How will the light reflected by the object reach the mirror then

[@kavitadahiya5796]

It needs to reach the mirror to form a image na!

[@nidhikukreja30]

I didn't understand...why do we need a screen please someone explain

[@rutuuuraj]

When light rays hit a concave mirror they are reflected back and these reflected rays meet at certain point. At this point an image will be formed . This image is real and inverted and real image can be captured with the help of a screen This won't happen when the object is between P and F because the reflected rays seem to meet at the back of mirror therefore this image is actually virtual and can be seen on the mirror itself

[@kaifalam7777]

@@rutuuuraj it means that object forms two image first at concave mirror and another one at the screen if I am not right then please correct me

[@nidhikukreja30]

@@kaifalam7777 no.. ruturaj is saying that this is a real image so it's inverted and so it can be obtained on a screen. If this was not a real image then it will have to be virtual as images can be only of 2 types-real and virtual so if this was not real then it would be virtual and if it would be virtual we would not need a screen as virtual images are formed behind the mirror..this is just a case but because this image is not actually virtual we are just assuming that if this image was not real ,it was virtual then this would happen

[@nidhikukreja30]

@@rutuuuraj so you're saying that real images can only be obtained on a screen so how comes is this possible 👇 kzbin.info/www/bejne/bavZXmeQnZJsiJY

[@kaifalam7777]

@@nidhikukreja30 ya I also have confusion what should do 💎

[@onrff9199]

Who else is from sunbeam school 😀

[@421sap]

B''H, Christ, Jesus, Amen.

[@vasudevphari9867]

Hi

[@letslearneverydaysomething6401]

Real image -which formed on screen. Virtual image -which can not formed on screen.

[@abhinav9111]

4:47 m = -v/u

[@safarsmelody979]

Hi NCERT official I have a question In PHYSICS class 10 chapter 1 light reflection and refraction part Image formed by concave mirror in case e is If a object is at F then the image will formed at infinity and it'll be real , inverted and enlarged . I'm agree for a while But my knowledge says that infinity is space because our measurement units will be finished by space will never be so we say it infinite but we'll stop calling space infinity when will able to measure it AND also that (acc. to me) parallel Ray's never meet so when reflected parallel Ray's will not meet image should not be formed but they meet and image formed real , inverted and highly enlarged but no one knows about that infinity point where our reflected Ray's had been met .So if at a point reflected Ray's can meet ,it may also possible that image may formed virtual erect or virtual inverted or erect real

[@prabhanshujain5573]

🤣

[@safarsmelody979]

@@prabhanshujain5573 What's is 🤣?? Why are you laughing??

[@vasudevphari9867]

I commented so there will be 69 comments😈

[@coding101py]

Magnification is wrong 4:47

[@sukhmanjeetsingh9201]

-v/u