Thank you sir 😊 bohut sara thank you ye chapter ka me kab se intezar kar raha tha ❤️ it's look complicated but after doing your lecture it's looks very easy Thank you sir ☺️👍🏻🙏
1:37:15 question me new body ka mass 1250kg ke position par 250kg hoga then question will be right according to option seted. And new velocity will be 40m/s hoga🙏sir
Class 11 me jab Maine padha tha to doupt clear nhi tha aur na hi chapter ko ache se padha tha but now I completly understand the concept of this chapter. Thanks a lot sir.
Sir plz 🙏🙏🙏PW Application mai notes aur worksheets ki jo pdf dalti hai unhe online bina download kre dekhne ka option available kra dijiye aur saath hi Practice sheets ki videos ko download krne ka option bhi facilitate kr dijiye. 🙏🙏🙏🙏🙏
But sir agar momentum me mass km ho or velocity jyada to vo bhi khatarnak for example -Bullet sir mass km h but velocity itni h ki body se par ho jaygi to Kya hoga vo sir 🤔🤔🤔🤔🤔🤔
Sir I really miss you ....pls teach for neet ...pls sir am requesting you 🥺🥺🥺🥺🙏🙏🙏🙏🙏🙏.....pls sir teach us also one shot he dedo ....pls sir 🥺🥺😞😞😞🥺🥺🥺😞😞🥺😞😞🥺
Mass can also change with time Imagine karo ek conveyor belt Woh uniform velocity se chal raha ho Aur uspar ek ke baad ek stone drop kar rahe hai jiski wajah se velocity par koi effect na aa raha ho then mass change ho raha hoga with time Ek example rocket propulsion bhi hai Usme exhaust gas ki speed same hoti hai relative to rocket aur mass time ke saath vary karta jata hai
Mass of body changes if body is in motion, there is an equation for that, to calculate change of mass in a particular speed, usually it's not observable, as it requires approx light speed to see noticable change,
Sir, I searched on google, that why rolling friction is less than static friction and the answer comes that "The force of friction depends on the area of contact between the two surfaces". But in also other searches I found That Friction is independent of the area of contact. I get confused here. Please solve my doubt
See rolling friction force static friction force se isilye kam hai kyuki humko less efforts laag raha hota hai roll karne mein object ko rather than sliding Jab roll kar rahe hote hai toh bottom most point of body aur surface ke bich interaction hota hai Jabki slide karte time bottom ke har point ka surface se interaction hota hai isiliye yaha zada effort lagana padta hai
Every teacher knows the concept
But a few teachers only know how to teach
And Rakshak Sir is one of them.
the way of tackling of questions is so tremendous …👌👌👌
Dimension of MoI is [ML^2] and unit is kg- m^2
Now crack NDA with defence wallah 🇮🇳💪
🇮🇳
Hua ?
Kya rha
Bhai hua NDA ?
Hua😂
the moment of inertia is dimensionally represented as [M^1 L^2 T^0]
Sir English class provide karvaiye ,time kam h please please 🥺🥺🥺🥺🥺🥺🥺🥺🥺🥺🥺🥺
tushar jaat ap math jugad se channel join kr lo waha pe 19 date se regular kamayani mam english padayengi
Thank you sir 😊 bohut sara thank you ye chapter ka me kab se intezar kar raha tha ❤️ it's look complicated but after doing your lecture it's looks very easy
Thank you sir ☺️👍🏻🙏
1:37:15 question me new body ka mass 1250kg ke position par 250kg hoga then question will be right according to option seted. And new velocity will be 40m/s hoga🙏sir
Same bro 😊
I was carefully watching the lecture seriously and then he made me laugh with his witty way of teaching
Exactly😂
Right
Absolutely right bro
"Jab aadmin ko gyan ho jaiga... To voh Ganga Jal se saktiman ho jaiga"!!!.. Gjb sir 👍👍🤗🤗🤗🤗
Its gangadhar
22:21 dimension of inertia [ML^2]
Dimension of moment of inertia is [ML^2] or [ML^2T^0] 👍👍👍
Thank you sir for one shot revision
Dimension of moment of inertia is [ML^2]
Anyone 2024-2025 batch😅😂
Bhai kha se hai
Mallah😂😂
Class 11 me jab Maine padha tha to doupt clear nhi tha aur na hi chapter ko ache se padha tha but now I completly understand the concept of this chapter. Thanks a lot sir.
22:12 " dimention of MOI = ML^2T
T?
Main school exams ke liye padh raha tha. Sach mein feel aa gaya padhke. Ek number 🔥
Dimensions of momemt of inertia are M1 L2 T0
dimension of moment of inertia id [ML^2T^0]
@18:50 SIR AAP TO PAKKA RASTHAN YA YARYANA SE HO -->LATTHA GAAD DIYA , KHUTTA GAAD DIYA 🤣😂😂😂😂👏👏 ACC. TO ME BEST TEACHERS FOR PREPARATION OF NDA
Haryana
@@samridhchaturvedi3920 ME TO BHAI RAJASTHAN SE HU
Bhai UTTAR PRADESH se bhi ho skte hai?
मुझे तो haryana ya punjab se lag rahe hai 🤣👍👍👍
@@its__s0n1__hemant__ ap mjs bhi follow krte ho na
A great teacher with all the good qualities of teaching.😁💖
Dimension-- ML^2T^0
Dimension of moment of Inertia =
[M^1 L^2 T^0]
Dimension of moment of inertia: [ML²]
Sir kya hoga jabh ak choti si sui(🪡) agr space se light ki speed se earth PE takrayi toh??? I Need Reply Sir .
Sir bahot kam hota hai ki kabhi kabhi padke bahot maza aata hai. Too good
Dimension of momentum of inertiais [M¹L²]
Best part is disha.... Ke sath bhe usko bhe dekhna hoga 🤣🤣🤣🤣🤣😂😂😂😂
Dimension --- ML2
Kya padhate ho sir,🙏🏻🙏🏻 jai hind sir🙏🙏🏻🙏🏻🙏🙏🙏🏻🙏🙏🙏🏻🙏🙏🙏🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🙏🏻🙏🏻🙏🏻🙏🙏🙏🙏🙏
At 1:09:07 ले पकड़, हिला के दिखा। 😂😂 Sir OP
गलत मत समझना ।
Sir static or kinetic friction ko smjhane wala tarika mast tha pehle itne maje me kabhi nhi smjha tha
Just say Jai shree ram loudly 🙏🙏🕉️🕉️🕉️..... Bharat mata ki jay 🇮🇳🇮🇳🥺
Inertia dimension formula [ML2T0]
Dimension of moment of inertia = [ML2]
Dimensions of I =[ML²T0]
Best class of the weeek ♥️😁
Sir this video helps alot to understand the concept and now the doubt which is in my mind clear now
THANKS SIR🙏🙏
Moment of inertia=[M¹L²T⁰]
Sir plz 🙏🙏🙏PW Application mai notes aur worksheets ki jo pdf dalti hai unhe online bina download kre dekhne ka option available kra dijiye aur saath hi Practice sheets ki videos ko download krne ka option bhi facilitate kr dijiye. 🙏🙏🙏🙏🙏
Sir Here Is your Answer- Dimensional Formula of Moment of Inertia= M^1 L^2 T^0
Sir Aapne Jo question number 2 bnaya usko hum momentum Nikal k p = mv se phir f= p/t se time Nikal k solve nhi kr skte?????????
CRYSTAL CLEAR
20 min. me 2hrs ka lecture crystal clear 😂😂😂
22:09 Dimension of Moment of Inertia =[ML^2].
Sir,,, NDA I 2022 ke liye bhi class Chalega UA-cam par kya????
DF of moment of inertia is ( M1L2)
Dimension of moment of inertia is M¹L²T⁰
Wow sir 😁
Nice 👍 teaching 😁
I think at 53:24 , F12 and F21 is explained wrong...
F12= force of 1 on 2
But sir interchanged that...
Btw sir is great🙌🔥
Sir lecture to friction ka hai.. but youre a frictionless teacher
Katai dhume tha do ho aap guruji
Dimensions of moment of inertia is ML^2
World best physics teacher
@27:39 BEST EXAMPLE FOR 1st APPLICATION OF 1st LAW IS SIR SHOYAB AKHTAR 🙏🙏 ALSO KNOWN AS RAWALPINDI EXPRESS
But sir agar momentum me mass km ho or velocity jyada to vo bhi khatarnak for example -Bullet sir mass km h but velocity itni h ki body se par ho jaygi to Kya hoga vo sir 🤔🤔🤔🤔🤔🤔
Moment of inertia = [ML^2]
ML^2 is the dimension of moment of inertia.
Dimensions of MOI is [M¹L²T⁰]
DF of moment of inertia is ML2
moment of inertia dimension:ML^2
Sir I really miss you ....pls teach for neet ...pls sir am requesting you 🥺🥺🥺🥺🙏🙏🙏🙏🙏🙏.....pls sir teach us also one shot he dedo ....pls sir 🥺🥺😞😞😞🥺🥺🥺😞😞🥺😞😞🥺
(ML^2) moment of inertia
[M¹L²T⁰] dimension of moment of inertia
45:51 but sir mass is always constant it can't be changed
Then what is the use of 2nd formula of force.
Please solve.
Mass can also change with time
Imagine karo ek conveyor belt
Woh uniform velocity se chal raha ho
Aur uspar ek ke baad ek stone drop kar rahe hai jiski wajah se velocity par koi effect na aa raha ho then mass change ho raha hoga with time
Ek example rocket propulsion bhi hai
Usme exhaust gas ki speed same hoti hai relative to rocket aur mass time ke saath vary karta jata hai
Mass of body changes if body is in motion, there is an equation for that, to calculate change of mass in a particular speed, usually it's not observable, as it requires approx light speed to see noticable change,
22:17 moment of inertia=kgm2
Dear rakshak sir you are
great teacher
ML²-inertia
Sir please start Class -12 topics like electrostatic, Current Electricity etc..
Ncert wallah yt channel mein dekh lo yeh nda category h
@@saidefence3693 hua
ML^2 dimensions formula of inertia
ML^2T^0
Sir, I searched on google, that why rolling friction is less than static friction and the answer comes that "The force of friction depends on the area of contact between the two surfaces". But in also other searches I found That Friction is independent of the area of contact. I get confused here.
Please solve my doubt
See rolling friction force static friction force se isilye kam hai kyuki humko less efforts laag raha hota hai roll karne mein object ko rather than sliding
Jab roll kar rahe hote hai toh bottom most point of body aur surface ke bich interaction hota hai
Jabki slide karte time bottom ke har point ka surface se interaction hota hai isiliye yaha zada effort lagana padta hai
Dimensions ML^2
22:15-ML²
Dimension of moment of inertia ML^2
Yes
Sir questions visible nhi hote h white background pr likhe hue plzz usse change kr dijiyee 🙏🙏
Nice Lecture ♥️
Jai hind sir 🇮🇳🇮🇳
Teaching attitude very fantastic
Nice Teaching Style Sir
Sir i request ki aap factual questions or everyday or thing wla questions y dpp mai de taki sove sake
Tnxxxxxx
Dimensions of moment of inertia = kgm²
[I ]=[ML^2]
Thankyou so much sir 🔥💖
Dimension of Moment of inertia is [M^1L^2T^0]
Thanku sir so much 🎉🎉🎉🎉🎉 for teaching me and all students
No doubt you are absolutely great teacher.... But nda me question 4 number ka aata hai physics me bhi sir... OP😂😂😂😂
Agar 1 question ke 4 part huye to, 1 part kitne number ka hoga? Isi type ke questions ki baat kar rahe hain sir.
at. 28:20 🔥🔥😂
Op sir 🔥😃
You are brilliant teaching sir god bless you
Sir please provide us practice set thank you so much
Sir aawaj bahut dhire h... Please next video m Thodi aawaj tej rajhna..
Ans. 270
First step to khadakwasla❤️
Aap physics feel karate hai 😊.. i don't understand by alakh sir but u
This video leads to which class
Sir the lecture was fabulous but their is no topic of free body diagram which is one of the best scoring topics of this chapter 🙏👍🏻🙄❤️
Moment of inertia - MLT2
I think am learning physics very deeply.
Sir aap 2023 ke nda 2 ke liye pdhaoge to pehle se hi pdhana start kar dijiyegaa