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v/u= -v-(-f) /-f How can you solve this sir ...

Sir can u explain how (R+h)^2 (R+h) ? Shouldn't it be (R+h)^2 instead on (R+h)^3 ?

Thank you explain very nice ❤

Sir camera in not focusing properly but white background is better than blue background

Thank you very much sir for explaining this topic in english , it helped me a lot Please make video lectures for Chemistry as well for class 12 . (Because whenever i search for any topic to study all the teachers ,they used to explain in Hindi and so i used to have a hard time catching up ) Thank you,🎀

Thank you sir

Thank you sir

His explain 😊 beautiful

Sir super explanation

❤😊😊

Thanku sir

Thank you sir 😊

4:17 Sir here can we take the (Ze²/4pi epsilon nt r )common and there we will get (1/2-1/1)=(-1/2) then if we multiply then we will get the same value cane we take like this sir...

😂😂😂😂

I'm trying to really understand the connection between kinetic energy and linear momentum when forces change over time. If a particle with mass m that starts from rest and is acted upon by a constant force F for a time t, giving it some final velocity, momentum, and kinetic energy. Now, if at time T, the force suddenly changes direction by 45° to the initial line of motion and doubles in magnitude, how would we determine the particle’s new velocity vector, momentum, and kinetic energy at time 2T? How would the work-energy theorem apply here, especially since the force is no longer aligned with the original direction of motion? Lastly, if the force varied with time as F(t) = F0 sin(ωt), how would that affect the calculations of momentum and kinetic energy up to time 2T? I want to get a clearer picture of how these quantities are related when forces are both changing in direction and magnitude over time

Nice teaching sir was very helpful I subscribed your channel ❤

Tomorrow is my midterm exam bless me 🥺😻

sir nice u upgraded to smartboard great sir (\_/) ( -_-) |^💙

Sir ur answer is short and sweet but in my notes tan cos sin theta and all are there 😢 if i write your ans will i get marks sir

Sir you made the concept easy

Who the hell really needs all these derivations sir 😅... Where r v going to use these? 😢

Sir ur explanation is soo good that tomorrow i will get good marks in physics thank you sir

great teacher thank youu soo much sir its is going to help me tomorrow

Thank you sir for your help

Thank you very much sir i hope for tomorrow exam this derivation come and i am confident now that I can do it

Thank you so much sir, I got this exact question as a 5 marker in my Midterms and was able to solve it only beacuse of you. They had explained it in class earlier but no one understood.

Sir awesome thankyou from pondicherry..

UDUPI 💪🏼

Thank you sir, understood both differentiation and the topic 😊

good video sir in college their is two page given and you completed in half page and it is understanding also 😍😍

Simple and clear explanation, Thank you sir

Amazing sir❤

Hi sir Is this derivation is imp for boards

Sir, your teaching is going directly into brain Thank you❤❤❤

Thank you 🙏

Thank you❤

Thankuu sir ❤

Amazing explanation ❤

thank you sir

Sir very good teaching ❤

Thank you sir

Circute❤

Nyc...

How you have a great smile all over the videos 😄

Best lecture

Great explanation sir and sir which app are u using can u pls say

Thank you sir

Sir , Similarly make a vedio about NEET . Subject wise percentage analysis to get NEET seat.

Sir r u taking online classes for 11 cbse?

Sir u r taking online classes for 11th?