Achromatism for two lenses Seperated by finite distance (Geometrical optics lecture :36)

[@eastofthegreenline3324]

This is an excellent lecture. Thanks!

[@rahulchauhan1395]

Thanks 😊❤️❤️🙏🏻👍

[@anupjyotibaishya2029]

Thanks sir

[@satyajitmathan085]

♥️

[@dreamer1984]

Thank you

[@hardikrattan9019]

Sir asi vedio bnate rho jisse students ki help ho sake

[@ramashish6098]

Best physics teacher

[@social.2184]

Awesome concept sir. Not even my book has such crystal clear explanation.

[@borntobereal2004]

Books have too much information so its hard to get the concept from the book. I watched sirs videos and took notes and then everything became crystal clear. I just need to revise these notes for my exam and practice maths from my book and l am good to go.

[@Physics_guru_01]

Good sir

[@tusharkarkra4061]

Sir please +2 class ke chapter 2nd current electricity ko pura kijie .You are best physics teacher of India

[@AnshuKapoor]

Sure i will Complete it in this month

[@ramchandrapoudel9313]

the dispersive power of two lens materials are in the ratio 1:2 .using the condition of achromatism w1/f1 +w2/f2=0 ,find the focal length of the two lenses if the mean focal length of the combination is 30 cm

[@chetandighe5481]

In this case, will the combination be achromatic for all object positions ? At infinity, beyond 2f, between 2f and f, etc ? In other words, is the combination achromatism effectiveness dependent on object position ?

[@Gsvasim]

Bsc 2nd year ka video banaiy sir optics per

[@chetandighe5481]

In this case, if both lenses are identical (both focal lengths same, both index of refraction same), then is it possible to get zero chromatic aberration ?

[@shoorveersinghrawal6543]

Sir kuch bhi smjh me nhi aaya

[@JannobiAkter-s7o]

Thanks sir