JEE Advanced Physics PYQs | Kinematics 2018 to 2022 | Eduniti | Mohit Sir

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JEE Advanced PYQs:

JEE Advanced Problem Series

JEE Advanced Previous Year Questions | Kinematics PYQ JEE advanced | JEE Advanced 2019 Solution | IITJEE PYQs | JEE Advanced Rotation PYQs | JEE Advanced Kinematics Solutions of 2020 | Kinematics IITJEE Questions | Questions asked on Kinematics in 2022 | Questions asked in JEE Advanced | JEE Advanced 2020 Solutions

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#JEEAdvancedPYQs #Kinematics #Eduniti #jeeadvanced #pyqs #mohitgoenka #iitjee #jeeadvanced2023
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Every single question explained in detail. Make sure to make best out of such sessions. Don't forget to hit that like button !
JEE Advanced PYQs:

mohitgoenka
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sir please continue this series.. and provide all detailed explanation for all the Physics adv pyqs chapterwise ... eduniti is love ❤️

kartik_singhhh
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only 3 days remaining sir, and today i saw your video where you told to revise the pyqs of selected chapters, and thus, here i am. you were the reason why mains competition was increased so i'm following your words for advanced too.
the journey of two years ends here, and i can't thank you enough for all that you've done! idk where i'm gonna land, but i surely learnt to work hard. thanks again :)

somadritadey
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Hi Sir!
2022 aspirant here..I had majorly prepared for mains and not at all for advanced
Despite that, I had secured 28k rank in advanced. I know it's not a great rank, but following your channel I could score 31/32 in physics. Thanks a lot. Your notification randomly popped up after many days, so just thought of commenting 😊

ayushmajumdar
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Thanku sir for starting this series again 😍🙏much needed

shivanshsingh
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8:18 alternate approach, alpha is coefficient of restitution ka reciprocal
So just add up all average velocities of u cos alpha
We will get an gp, solve it and get answer

Future_iitian_
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advanced prep 2024
hit like button

thank u so much sir

shikhar
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I Got 86 in Physics sir. Absolutely appreciate the efforts you've put up for us ❤

sushantpvsk
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At 38:50
We need not to calculate their velocities at t = π/3 sec
Instead find their velocities at t = 0.1 sec
Hence relative velocity
And this will be our answer
Because their relative will be constant because of motion under gravity.

Ajay_Vector
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SIR PLS CONTINUE THIS😭 THIS WOULD BE NOTHING BUT A SAVIOUR FOR STUDENTS LIKE ME WHO ARE UNDERCONFIDENT😭❤️

wohoooo
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Sir please we need 2015-2022 particular chapters pyq solutions.
You explain it so beautifully and it's easy to grasp too, please try to bring that for us.🙏🏻🙏🏻
Thank you so much for this wonderful session. Eduniti is best❤

pranav
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Sir in que no. 3 ay does not depend on ax at origin so answer a should be incorrect 😃

SnarlsGaming
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I tried the first question with work energy theorem and I got the answer as 180m

thethken
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Sir is questions ko me dusre teachers se bi kr chuka hu
But your style of teaching make you unique 🙏🙏

itn
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Completed ✅✅
Revision Questions : None 😀😉
Day : 2

BitGamerYT
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He's here when we needed the most

udbhav
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Thank You very much sir for your excellent guidance for JEE Advanced

shishirshiragave
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Revising for the second or third time ...
This time for completing final checklist to gain confidence..🙏
Thank you so much sir🙏🙏🙏

exctv
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Thanku very much sir for bringing back this series

IITK-ckgw
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Thank you so much for giving such a detailed explanation sir..

But in Q1 the formula of H is taken wrong ..
There should be 2g

CrazyCraft.-