Numerical on hypermetropia (Hindi) | Human eye and the colourful world | Physics | Khan Academy

[@arvindnair8449]

I love your Voice sir!!

[@angelic9364]

Yes you are right

[@arvindnair8449]

@@agrimmittal tu padhai karne aaya hai ya comments pe reply karne aaya hai?

[@enrether]

Tum pdayi krne aye ho ya behs krne

[@sakshamsonthalia7964]

​@@enrethertum padhai karne aaye ho ya panchayati

[@lisha_9142]

Are bhai log itna deeply kyu sochte ho itna dimag padhai mein lagalo kam ayega 💀🤙

[@victorious12345]

Amazing sir I never see such wonderful explanation 👍👍👍👍

[@shreyaverma5994]

It's nice 👌👌👌 👌
I understand it well ✌️✌️
Thanks a lots
🙏 🙏🙏

[@kunjrampatel5095]

I searched for the numerical from many channels but urs is great 👍👍👍👍👍😁😁😄😄😁😄😄😁

[@subhamsingh4521]

Really a good teaching sir thanks a lot .Sir make video for refraction of light through a glass prism

[@21_med_rajkumarmishra11]

Sir kya samjaaya mast laga concept clear pura tusi great sir ji #💘👌😁

[@amishthakkar9756]

Thanks , tusi great ho SirJi,🙏

[@morningbliss9538]

Love the video
Because of l am able to learn and understand
Thanks a lot sir for making physics so easy🥰😎🤓👌🙏🙏🙏

[@bhagwatnawale293]

Sir. Your voice is best and it help to concentrate in vedio. So it is better point for clear the concept🤘🤘🤘

[@khizzard_069]

Your voice's a vibe, Ma Sha Allah:)

[@shekharkumar7556]

I wish even I would be as intelligent as you are Sir.
Awesome Sir... Thanks a lot.

[@tanvisinha3416]

thank you, sir. You helped me solve the numerical so easily

[@artisticanchuu]

Best teacher i had seen on.. RUclips 🙏

[@katewang7525]

did he speak English ?

[@armanbhardwaj1378]

Mind blowing explanation sir thankyou so much ♥️💖

[@sharmatanvi]

Other than bkp
Mujhe aapka padhaya hi samajh aata hai sir

[@jayarai8603]

Very nice explaination sir it is helping me a lot

[@rahul.kumar.82]

Amazing sr ji

[@nabakishorepaikaray5918]

As person suffering farsightedness it can see objects at infinity clearly. Can't we take u= -25 and v = infinity

[@anitashiv4187]

Image formation takes place on our retina so how can we take V infinity

[@ananyarai5199]

Thank uhh soo much sir

[@flameytgamer6147]

Amazing sir 👌
U r great 😎😎😎

[@lalsakushwaha1875]

Wonderful explanation sir

[@Introvert1409]

Best explanation on youtube ❤

[@Ashish-lm6fs]

Sir please Aur numericals baniye

[@189-sagarrikyrodrigues8]

Can anyone explain how image is formed 100cm from eye if image should really be formed on the retina

[@protonop4471]

Bro, you are mixing two things at once .... Remember there are two lenses hence both have their own image dis , object dis and focal length as eye lens forms image at ratina always but due to this defect it can able to make image beyond ratina thats why we have to correct this defect by using convex lens which has its own ( u,v and f ) ... Understood?

[@alokmaurya3310]

Oh! I had same question, and the answer is that we take a lens which make the image of an object placed at 25cm at 100cm so that the defect is fixed.
Actually we don't consider the eye lens in such situations.

[@mansiughade3129]

Amazing sir

[@mdfaizankhan7695]

Very nicely u explained 👌👌👌

[@satvirsingh6838]

sir you teach so well

[@pcmstudycenter7565]

Mast explanation 🙋🙋🙋🙋

[@neetisinghchauhan9326]

Just perfect👌👌

[@techiman8512]

jaruri hai ki object, 25cm pe hai to image100,cm pe hi lens banayega?

[@bhuvi_ray]

No bro it's veenas near point...actual point of human will not vary it will be 25cm but different person near point varies

[@aakashgarain]

Depends on konse person Ka near point Kaha hai,agar Kisi bande Ka near point 50 cm hai,to lens 25 cm wale object ki image 50 cm pe banayega,aur uss lens Ka power change hoga

[@piyushdadhwal]

Amazing sir thanks a lot

[@geetuchhaparwal9838]

U r the best

[@maheshjaineducator]

Superb explanation

[@Sarcasticpeanut]

sir is so amazing😶‍🌫🤩🤩

[@TanmayKausalye]

Very amazing sir

[@dev6834]

Very very thanks sir..

[@tusharlearningbureau7742]

I love your voice sirrr

[@singh7482]

Wahhh....🤗🤗🤗🤗

[@taniaperween3920]

Love you nice explaination

[@anshulyadav9888]

Thanku sir ji

[@singhclasses9917]

Great

[@indori543]

Sir's voice is like shadow shutter

[@2025Himanshu]

Kya samjhate ho sir❤️

[@prashantkr07]

Bawaal 😊

[@suparnaghosh3562]

Hypermetropic seeing the video and solving the sums😅

[@shamiranrabha2801]

I love your voice sir

[@fullgaming397]

Your voice is so good

[@sugandhadesai7370]

Thanks a lot sir

[@bikashhajari1582]

Thank you Sir

[@001parmar]

But when we take +v in convex

[@anjalichauhandopt2359]

Nice 🙂👍👍👍👍

[@tekytoemagic5685]

Coooool man

[@2110anurag]

The answer should be 5D

[@krishnakanttiwari9550]

Thanks sir,😚

[@mr.nobody7647]

Bhyii your voice 😻

[@syeditsknowledge5234]

11 th class ka vedio banato ho

[@keshavgaur16]

Tysm Sir

[@aadijain-hs6kb]

best channel

[@FayazAhmad-mf4jr]

❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@robingamer416]

Play in 0.5 speed

[@zafferhussain4865]

Agar object 40 cm pr hoga ...fir image real banegi......tab kaise correct hua...plz explain

[@SunilKumar-md4ze]

Image distance to lens ke right me hona chahiye na

[@whatever1020]

Whats D?

[@Anonymousuhhd]

Your voice sir 🫶🫶

[@munnapromax]

Sir answer 33.3 diaopter hoga

[@letsexplorewithkb7714]

It will be myopia

[@tusharekhande3845]

Sir par wo image ray digram se extend karke bato na ki kaise 💯 cm pe laye.

[@tusharekhande3845]

Extend the ray formed by 25cm object back, when it passes through the lense.... It will meet at 100cms.👍🏻👍🏻

[@tusharekhande3845]

Extend the ray formed by 25cm object back, when it passes through the lense.... It will meet at 100cms.👍🏻👍🏻

[@AshishKumar-ur1gi]

Nhi

[@vijaygirdharrrrrrrr]

Binod

[@dreamperfectnoodles6690]

isn't the power 0.33D, please correct me if i am wrong

[@arpitm811]

It is 3 diopter you must not have converted cm in meter

[@laxamankumar4675]

Heart touching sir

[@sureshchandrapal2320]

I think u divide 1/3 I.e F but brother P is inverse of F thats why inverse of 1/3 = 3D

[@R-A-V771]

Sir v ka value -- kaise hua.....

[@amansinghfromup]

#PKMKB

[@PinkiKumari-do3lj]

Sir u ki value chane nhi hoti

[@ramanpal2985]

Per convex lens object ki image 💯 per kese banayega ray diagram se batow

[@batoolnetwork9699]

Yes same doubt

[@tusharekhande3845]

Extend the ray formed by 25cm object back, when it passes through the lense.... It will meet at 100cms.👍🏻👍🏻

[@sureshchandrapal2320]

It means object. Is btw f and O, and in convex lens obj placed btw f and c , it produce erect, virtual and magnified img.

[@anshulchoudhary893]

Thoda zor se bola kroo bhaiya

[@9424865418]

Thank you so much video cleared all the doubt

[@bijalpatel879]

Sir brilliant explanation ☺️☺️

[@bharatpatel-bj7ui]

Nice explanation sir

[@c.sreenivasulunaidu1319]

Lovely

[@faisalrashid8473]

Thanks sir g

[@arsh5171]

thank u so muchhhhh

[@rajnishchandra5146]

Wonderful explanation..

[@mashkuralkali4278]

Nice explanation sir thanks

[@teamnsd8750]

Thanks sir

[@rajanmy8180]

Thx sr 🙂