Lens Equation | Reflection and Refraction | Don't Memorise

[@InfinityLearn_NEET]

#DidYouKnow: The concave mirror is used in front lights of cars to reflect the light, It is used in marine lighthouses that are found at the marine ports and at the airports to guide the ships and it is used in the solar ovens. To access all videos related to Reflection and Refraction, enrol in our full course now: bit.ly/ReflectionAndRefraction To watch more Physics videos, click here: bit.ly/PhysicsVideos_DMYT

[@Miss.home_maker]

Mam what is the next video for examples??

[@samitgupta5477]

You said in this video that 'we will see some examples on lens equation' in the next video. But there is no video after this in this chapter

[@Barnardrab]

I was thinking the same. I've been following along in a playlist and then it abruptly moves on to electricity.

[@Mamta_fojan108]

Thanks 🙏🙏🙏🙏🙏

[@fawadullah9263]

I am also thinking about this

[@SumContent2]

Ye lets start a movement guys

[@sachgunkaur1816]

U have helped me a lot for my exams ... Thanks a lot !!!😀😀😀

[@sharanubgadduge8560]

If I get 90+in my board exams in science subject it is just becoze of this channel I am really proud of that I got this beautiful teachers and explanation

[@ahadsafdarku3962]

You wrote because wrong and you are saying you got 90%……………. This is India.

[@shreyaashhh333]

@@ahadsafdarku3962 She didn't say 'got'. She said IF she does get it, the credits would go to this channel. And wtf does it have to do with the country bro. First get your facts right, and then go around correcting other people online.

[@dreamholidays2899]

I saw this channel subscriptions 1.99 today it's 2.M 👏👏

[@amitkumar-ek7wy]

Superb.... Thanks for this video

[@user-joshua2001]

I appreciate your work

[@janardhan.s7074]

Upload some length videos...plzzz...its grate channel

[@InfinityLearn_NEET]

Glad you liked it, Janardhan! Please subscribe to our channel: bit.ly/DontMemoriseKZbin Happy Learning :)

[@janardhan.s7074]

I am big fan of u r channel...i had already subcribe

[@saswatidhar3278]

@@janardhan.s7074 u need English tutorial videos not physics bro 😂😂😂

[@sanjaytiwarytiwary6450]

thanq very much....😢

[@vidhanguptaofficial]

Thank you mam nice explanation...

[@InfinityLearn_NEET]

Most welcome Vidhan and Thanks for your appreciation. We are glad that you understood the concept. You motivate us to do better. Keep watching our videos. 😊😊

[@Just_sachinn]

Best teacher

[@satishkumarsingh3913]

Its a very helpful video

[@Mamta_fojan108]

Thanks mam for clearing out doubtsy

[@Rzs.254]

Where part 2 dude

[@RekDi_TV]

how to get the focal length and distance of image? if I have only the object distance?

[@JustHadi09]

Did you solve it yet?

[@soup_.69]

Thanks a lot awesome video keep going earned a sub! 😃

[@mrinmoyeeghosh1096]

please please make a video on power of lenses.😢😢 I love this series😊😊😊

[@prasanthichakravarthulagma1949]

I have got a clarity on the topic

[@InfinityLearn_NEET]

Thanks a lot, prasanthichakravarthula gmail. Com! Keep watching and learning! 🙂🙂

[@rajeshsontakke6655]

Thanks mam

[@SelvaKumar-xy8lz]

Plz make a video for derivation of lens formula

[@NjongDelphine]

Thanks alot

[@suryakantajana5415]

কারেন্টের প্রবাহ।।@## Flow of current##

[@niveditabharti6469]

It's very nice, a request is there please send me all the video related to physics class 10 Thanks a lot

[@InfinityLearn_NEET]

Thank you so much, Nivedita! To watch all the videos for class 10, you can connect with us here: dontmemorise.com/boards/cbse/class-10/ Keep watching and learning! 🙂🙂

[@rahultripati4883]

Make video on the property of lense

[@nazninsultana2341]

I don't know why but I think the actually formula for lens refraction is 1/f = 1/ u - 1/ v I tried it with keeping the accurate sign convention and my every question was solved

[@astra-inclinant]

no ig its 1/f = 1/u + 1/v

[@yashminkhatoon4647]

thank u very much.....it was really very useful

[@mpanjisimukonda6779]

Exams next month

[@royreels6668]

Quite helpful 👍 Thank you 🙏

[@sagnikpall]

The focal length of convex lens is taken from right please correct thwt😊

[@nithyashri7366]

How to find ur NXT Vedio iam not finding

[@mariama.7498]

Four months and I still see no physics update... why :(

[@InfinityLearn_NEET]

We have all the videos on physics here: bit.ly/DM_Physics Happy Learning :)

[@soniasharma3437]

It doesn't open up...

[@adityamanral555]

Phone se pucho

[@jomilynpangilinan9668]

Because of this, I have one mistake in my test. Thank you!! 😭💜💜

[@diabmhimid310]

this was shit

[@jomilynpangilinan9668]

@@diabmhimid310 no. you're shit

[@SumContent2]

Wtf

[@reenavijayvargiya9322]

Thank you for help

[@lolxd5582]

Awesome

[@suryakantajana5415]

লেন্সের ‌ওপর তৈরী নতুন কিছু সূত্র।## LENS RESEARCH THEORY##

[@elite7585]

is there any derivation for this formula

[@ishi176]

3.23 this is completely opposite of the sign convention we use for lens equation..! Focal length is negative for convex lenses.. This sign convention is for LENS MAKERS EQUATION...! Please correct tht.. u r misleading people...

[@vaishakhkookie378]

No bro for convex lens it is positive and for concave it is negative

[@99Story-time]

There are two sign conventions: Classical and cartesian. This video uses cartesian sign convention where convex is positive and concave is negative.

[@ankit77700]

3:23 like this broh

[@Mug.FNBfaruk]

😢 I will always study online watching your videos

[@sadiatithi755]

would you please tell me when a Periscope does not work?

[@pavansdiycrafts7938]

Can u tell who given the lens formula? Please😭😭😭

[@ananthperumal8326]

What is Bose Einstein condensate?

[@legendsofclash9900]

Bro it's 5th state of matter

[@aparna7135]

For which class

[@usama57926]

please make a video on light duality

[@sajeenavishwanathan2525]

Super

[@skullbreaker5523]

Isn't it same as mirror formula??

[@myleneborjal195]

why the u in lens is negative?

[@usama57926]

Thanks

[@SunilKumar-tk6jq]

Thank you I am so confused mam

[@purnima4796]

Make videos of another chapter

[@InfinityLearn_NEET]

Hi, Priya. To view more videos for free, register on our website: bit.ly/DontMemoriseRegister Happy Learning :)

[@aimanraza2658]

Sign convention and ray diagrams of spherical mirrors are missing in the playlist otherwise amazing content

[@hamsadhanabalan6979]

Where is the derivation

[@adityamanral555]

not available.

[@mpanjisimukonda6779]

Revision

[@marcus3178]

Where is the sequel of this chapter im still await:(

[@tausifnehal8999]

Plzz anyone send me next video link..

[@violencegamer999]

I am unable to understand your language but I understand your information because I am a student of BSEB board from bihar can you explain it in Hindi language?

[@raisahabyadav7055]

Where is the deviation

[@chaudhry_manish]

I can't understand anything 🥺🥺

[@binkeekumari1076]

Bhai hindi mein bhi hai

[@subashvn129]

In LENS EQUATION topic, you have added MIRROR EQUATION in the video. Please check

[@ashokghodake1424]

Where are you living mam name the city

[@aaronwaizi6458]

stalker lol

[@Naveenkumar-nw8xz]

Thank you sir/madam

[@InfinityLearn_NEET]

You're very welcome! :)

[@MaxamedXuseen-u3j]

Goodbye

[@thepsychocybe7078]

The graphics are obnoxious and distracting

[@renutiwari8609]

Are you indian?

[@TeacherNorainikhal]

why 1/v - 1/u not 1/v + 1/u

[@serotonin1111]

In lens equation , 1/f = 1/v - 1/u In mirror equation, 1/f = 1/u + 1/v

[@sanjaykumarskr579]

😥😥😥😥

[@diabmhimid310]

this was bad

[@dreamholidays2899]

😒🤮

[@diabmhimid310]

@@dreamholidays2899 ?????

[@khushboojha8738]

why?

[@diabmhimid310]

@@khushboojha8738 why not?

[@RaniDevi-os1if]

Phaltu video Kuch bhi samaj nahi aya

[@raisahabyadav7055]

Its a very helpful video

[@raisahabyadav7055]

Super