Numericals on Ray Optics |

[@amar5913]

Super sir yours teaching please continue sir 🙏🙏

[@malappakambali8653]

Please continue

[@salmasalma7323]

Wow sir amazing a poor students can also solve the questions by ur lecture....plz be with always til our examination it helps us lot🙏🙏

[@ParivartanPhysics71]

Sure

[@eshwaribangar7831]

Amazing lecture 😍

[@vittalparvati-zm7ms]

Please continue sir

[@ParivartanPhysics71]

Sure

[@ChadruVL-tc5qe]

Sir I solved numerical problem in 2nd unit test by the help of this video so thank you so much sir

[@FutureEngineers.98]

Sir this series is best it helps us a lot ❤❤❤

[@rohank2479]

Sir for 5 th question can I apply this formula fw =nwR/2(ng-nw)

[@malappakambali8653]

Tqs sir ❤❤

[@musiclovers5767]

Please continue

[@ParivartanPhysics71]

Sure

[@_tharun.13]

Sir after pls make a vedio on most important 3marks theory part
And 3mrks short numericals too

[@megafoxxy23]

Nice sirr❤

[@pavancreations5756]

Hi sir, I am your new subscriber ❤ please continue your teaching we are there for you.. ❤❤❤

[@ParivartanPhysics71]

Thank You. Please keep watching sharing and supporting.

[@shwetha996]

Thankuu sir ❤

[@Shivananda-w4n]

Sir please wave optics concept clear madi sir

[@manjunath1562]

Sir magnification for mirror is m=-v/u but you taken m=v/u ,why

[@ParivartanPhysics71]

Yes u are right

[@NandiniRam1746]

Tq sir continue with kcet pyqs also of all chapters

[@ParivartanPhysics71]

Sure

[@Sai.etx.]

4k veiws all can click like button know❤😢

[@hamsaveenasuresh5201]

Sir in q3 magnification of concave mirror is -v/u but why did you take only v/u

[@ParivartanPhysics71]

I just need magnitude of m there

[@Suga-w1q]

Sir please do important 2M 3M 5M question series for all the chapter but please start with quarterly exam portion which is ray optics wave optic dual nature...

[@ParivartanPhysics71]

Yes, soon after completing the numericals series of videos

[@ravib_s4411]

Thankyou so much sir
Sir please provide some more questions in pdf not indeed for solving, just for practice

[@ParivartanPhysics71]

Yes thinking of starting a WhatsApp or telegram channel to provide PDFs.

[@Amruthavvv]

Sir this problems are enough for this year pls answer sir I'm begging u pls pls

[@ParivartanPhysics71]

Dear student, I've solved almost all types, practice some more similar questions.

[@Amruthavvv]

@@ParivartanPhysics71 thankyou sir ✨

[@Patel_Jashmin]

❤❤🔥🔥

[@Shivananda-w4n]

n=Realdepth/apparent depths formula yavaga use madbeku sir normal shift yavaga use madabeju

[@ParivartanPhysics71]

If object is in denser medium and it is observed from rarer medium u should use this formula because in this case real depth will be greater than apparent depth.
Normal shift formula should be used if RI is given

[@Shivananda-w4n]

Tq sir

[@DadsLittlePrincess-t4q]

Sir numericals yava chapter choose madidre olledu plz reply madi🙏

[@ParivartanPhysics71]

First 3 chapters and AC

[@DadsLittlePrincess-t4q]

Sir any 2 numericals are choose

[@ParivartanPhysics71]

Yes but do atleast these

[@imkingofmyownworld]

Sir continue your videos on board exam

[@ParivartanPhysics71]

Yes

[@PavanKumarv-il5si]

Sir table kodthara

[@ankithahathwar5799]

Sir, aa angles value table na exam alli kodtara??

[@ParivartanPhysics71]

Exam centre will provide it if needed

[@ChadruVL-tc5qe]

Do mcq sir

[@CrazYyyyyys]

3?

[@BongiBoi]

Sir is this enough

[@ParivartanPhysics71]

I've covered almost all types, by practicing these u will get an idea to solve any new type problems also

[@BongiBoi]

@@ParivartanPhysics71 ok

[@manjunath1562]

Sir for mirror magnification =-v/u but you taken m=v/u ,why

[@ParivartanPhysics71]

Yes it's right. I just need magnitude that's why.

[@manjunath1562]

Ok,thank you sir