Good Mechanics Problems From AITS | JEE 24 And 25

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[rohitkumarjha]

Dont stop this series till jee advanced

[rishabhraj]

Dudee could please get the questions a lil enlarged while solvingg :)

[raghavbansal]

The exact explanation I was searching for the 1st problem, thank a ton !!!

[aseemaggarwal]

Amazing video . U explain really well❤. Please consider long videos explaining misc concepts in JA

[Work-tk]

awesome channel. really advanced questions. thank you

[Cagnus_marlsen_OG]

Thank you so much for your efforts bhaiya 🙏🙏

[tanishksinghal]

Thanks a lot bhaiya for your efforts 😊❤️

[AyushadityaJARH]

The result you told in elliptical trajectory prob
I used and learned that in a problem of sring connected at focus and other end was at major axis end the length of spring there was a(1+e) and had to find normal when spring end got to minor axis end
Very good and conceptual video
Thanks

[freebirdpetanimal]

Sir in 2nd problem if we want distance coverd by each particle in one Revolution then how will we calculate and also number of revlotions plss tell I am not getting it

[mohitbhaker]

A stream of particles each of mass 'm' and moving with velocity 'v' is incident on a small hole of
diameter D . Estimate the diameter of the beam at a distance L from the hole. (L >> D ) how to do this question i found it in allen AITS in solution they did it by hiesenberg principle

[luckygupta]

I did the gravitation Q by conserving momentum and energy and found the distance at which velocity is perpendicular to displacement and substituted them as 'a(1-e)' and 'a(1+e)' and got the answer.
Is my method correct?

Btw when I started watching your videos I was not able to do a single question of your but today I solved 3 out 4 and its all because of you as you not only just solve Qs but you also explain the concept involved perfectly. So thankyou very much for that and please never stop ❤❤

[veerasatishkumar]

👌
Could you please tell me which drawings app you are

[mamtamittal]

one doubt when we write angular momentum it’s formula is m(rcm * vcm) + I com W, bht if the point about which we are writing angular momentum is moving with some velocity then do we need to take relative Vcm ? 2) if the point is in non inertia
L frame then will the angular momentum formula change ?3) if we are in rotating frame of reference what changes will we observe in angular momentum

[.jyotkavi]

Some content on modern physics and fluids would help ??

[aryamantiwari]

is it possible to solve the gravity ques using only angular momentum conservation and energy? because i tried, im getting eccentricity in terms of R/a (2a is length of major axis), is there any third equation that can be used other than the one you told in the video?

[a_____S________W-cg]

Seriously bro I really feel that I am getting some very good quality content for free(btw pls don’t make it paid for now😅, I can’t afford bro), idk whether I’d clear IIT JEE ADV 24, But if I do then it’s mostly becoz of u .Thank you so much.And also will u suggest to read David morin for mechanics theory, with only 2 months left for jee adv considering I don’t know double variable calculus

[AyushRajput-xwru]

Bhaiya if we sit on the string tip still m2 will be performing circular motion