Nv sir ke lectures or unke videos ne lakho baccho ko IIT tak pauchaya h aap dekho waha do balls use kiye h rotation motion ko aap considered nahi kar rahe ho galat baat h nms sir Umar ka lihaj kar rahe h isliye ni kuch bol raha
so awesome i just saw NV sir video in slow motion the lighter ball is still on its position until the last moment and starts moving ahead as the scale starts to come back nms sir is bang on sorry for rechecking....just following your words to not believe anything😅😅
@@saikrupabehera8661 well NMS sir showed a different case where friction force is actually acting on the body or slab in the question If you'll watch NV sir he did the experiment to Clear the concept of Innertia or to be precise Newton's First law of motion. I hope you know that laws innertia only works when there is no external force INCLUDING FRICTION, that's why we take A HIGH MASS OBJECT OR OBJECT WITH HIGH INNERTIA so that we have to put more force to change it's state of motion and WE USE IMPULSIVE FORCE(a large ammount of force given for a low time) TO MOVE THE CARD BELOW so that friction force is so low that it's negligible and unable to move the ball because it can't generate enough friction force to move the ball(or change the state of motion for the ball). On the other hand the lighter ball had LESS INNERTIA meaning I need very little force to change it's state of motion, do you see where I'm going with this? That's why a very lil friction force would be enough to move the ball... 🐥 That's my reasoning but I do have a doubt in my reasoning too which if I were to take very light ball then who would win friction or innertia I don't know
18-19 lakh hi reh jaoge agar nv sir ka reasoning aur nms sir ka reasoning mein difference nahi samjhoge aur agar ye samajh nahi aya ki dono sahi h, to tum 18-19 lakh hi ho abhi bhi
Kamal hai sir aap literally great ho, thank you so much sir, mujhe farak nhi padta ki isse competition se farak nhi padta bss aap aise hi concept awakening video banate rahiye hai ❤
Thank you sir. I am Physics teacher and i want to say that this video is absoluty true. I am also dissappointed with those videos circulating on internet regarding inncorrect expression and explainations of physics. I appriciate your effort.
Arre bhai nms ....yeh joh experiments hote hai...usme its generally assumed that the friction is zero between plank and the object. Here we have assumed coefficient 'mu'. now pls don't say say how can the friction be assumed zero ? Yes it can't be ! But then its effect can be safely negated if the force is large enough to overlook the effect of friction and ensure that only 'mass' factors in. That's why unhone steel scale ke high elasticity ko use krke bahut bhari force generate kiya. (Itna hi nhi...abhi aur suniye... aur kyo ki saara khel fraction of seconds ka hi hai (technically speaking limits time approaching ➡️ zero)... that's why yaha pe bahut tagda force lagana jruri tha that too in a very small period of time (impulse basically)... isliye they used a rebounding scale set up which wud create that necessary impulse in the plank (cardboard in their case). Baaki...Apko kya lagta hai ....nv sir...jo saalo se jee padha rahe hai...he would not know these basic silly frivolous calculations (which u r unnecessarily trying to make look seemingly too deep and difficult 😅). That doesn't work bro. Might work for majority audience but not for everyone ! Hum log samaj paate hai...kaun kitna paani mei hai Come on !
Bro please clwar your concept first😂 if we assume the friction to be 0 then the whole case will be changed...😂 and haan mujhe iske baad argue karme se accha hai ki jaake nv sir ki video dhyaan se dekho first ball missplaced thi aur uske baad bhi bharosa na ho toh video slow motion mein dekh lena dikha jayega kya jhol hai😂
@MissionJEE-bx7ym secondly if it's all due to difference in pressure that transmits as a force on the ball, then the ball should have been displaced even before the scale strikes the plank which ain't clearly the case !
Not only the explanation of shorts need to be rectified but even errors made while teaching the theory must get highlighted, because if one engages millions of students from all over India HE HAS TO BE CAUTIOUS,* His single misunderstanding gets propagated through masses of students * Even students should understand that memorizing equations , mcqs, PYQS and making youtube shorts dosent make one a good physics teacher * It needs a development of insight of the subject through through reading and reasoning* Hope sir you would continue this series so that children of the nation learn to distinguish between a " subject expert " and a " BHEED ENGAGER "
The force which NV sir is showing is Impulsive force and the force which discussed in jee, there it is not mentioned that it is Impulsive. NV sir is correct
@@RandomGuy-d3x💀 you are wrong buddy, friction isn't generally considered as an impulsive force... Here in case of NV sir the friction force occurred due to the experiment was not great enough to change the state of motion of the heavy ball because it has greater moment of innertia... NV sir's reasoning is correct but not well explained but the statement "hawe ke pressure ke sudden change keliye ball giri h" is totally wrong 💀 if you conduct the experiment in vaccum the same thing will happen
@@rivu9343 bruv, there isn't any generalization that says friction isn't impulsive, and if there is then I'd like to see. And I've legit done a ton of questions where friction has acted as an impulsive force, from where do you get this misleading information?
You have my respect sir. Finally someone is breaking down the whole concept to the niche details and explaining, rather than just giving one word answer based on some poorly designed experiment. And also I have noticed you explain from a very practical point of view. You are actually helping students to develop critical thinking
सर आप महान है जो आप हमे गलत physics के concept सिखाने की दुनिया से निकालकर physics के सही concept सिखाने वाली दुनिया में लाते है । में आपको दिल❤ से थैंक कहना चाहता हूं।
Basically you are viewing the experiment from frictional force pov by changing the shape of the object you can easily change the outcome of this situation cause the same frictional force can keep the object in place incase of a cylindrical or object with low surface of contact like sphere.
I recommend you study this topic again, but here is the the answer He didn't apply pseudo force on the block because he is NOT solving from a non inertial frame,the whole motion is being observed by ground frame. You only apply pseudo force on a entity when the observer is himself accelerated i.e in a non inertial frame, so if the observer was on the plank (which is accelerated) only then you would apply pseudo force on the block. It's just a way to apply Newtonian laws in a non inertial frame. I hope that cleared your doubt.
*Dear, sir you are doing a commendable job. These day celebrity teachers are made God like figures. Many times they give wrong fundamentals in fun way and professional physicist from reputed institutes like iit and iisc do not object to them. These God like teachers think physics means class 11,12 concepts only. Now a days these mafia teachers are running a narrative that teachers from IITs have knowledge but do not know how to teach. It's a very dangerous thing because as common people won't understand its the adverse impact in the society.*
@@ISACSnf sir ap ek teacher ho apko kisiko support ki zarurat nai hai ap great ho apne ap me hi .. but ham se jitna hoga share ya subscribe ham us tarah zarur support karne ki koshish karenge ... -- A jee aspirant ❤
Sir saalo se youtube par views paane ke liye teachers kuch bhi harkat krte h gaana gaate h dance krte h emotional video bnate h aur yha aap knowledge de rhe h tho logo ko pareshani ho rhi h. Kamal ki hypocrisy h. Logo ko pareshani isi baat pr h ki unke favourite teachers galat kaise ho skte h, science aise hi progress krta h koi galti krta h fir koi doosra aakar usse sahi krta h. Keep making videos, hats off sir.
Thanks for this explaination. Learning physics from all your videos sir have a great experience. Climax मे तो आपने मेरे गुरु देव के ही दर्शन करा दिये. 🙏🙏
Yes I did the same when I saw NV Sir video. Then I thought of you😂😂 That you'll soon make a video about it.. Sir please don't stop this series.. This is very beneficial
Sir really waiting for u in Kashmir....❤❤ We will also get a ray of hope for exams like JEE ADVANCED if something like this happens.... really excited for this collaboration.
Bhai simple hai hume scientist nhi ban na hai, doctor engineer ban na hai, aur wo nv sir achhe se bana dete hai, in gentle man ki koi zarurat nhi hai hume
@@Rudra_Dev_Jha Bhai inception batch me avi kya chal Raha hai maine vijeta batch liya hai inception v lene ka soch rha tha lena chahiye Kya aur sare lectures sir khud lenge kya??
Size of ball or air resistance and Bernoulli ko consider bhi karo sunny sir k experiment m , aap to jee ke baccho ko murkh samjhte ho , dusro ko defame karle koi khud aage ni badta.
@@ISACSnfbhagwan sabse zyada sadbuddhi aapko de,ek baar alakh sir par video banaiye ,fir aapko bachha nhi chhhodega 😂😂😂😂😂shark tank mein Mt sir kuchh show off kar rhe thhe ,shark wala aukat dikha diya kitna haisiyat h tera 😅😅😅😅
bhai aap jab bade ho jaoge to aapko pata chalega ki shape se is experiment me kuch farak nahi padta , mass se padta he , kyuki dono ko as a point object treat karte he maths lagate samay .
@@Padhlelodu1 Wahh.... Shape see farak nahi padta kya ? Agar Aisa hai too moment of inertia of sphere is not equal to cube q nahi hota hai. Aur hai, FBD theoretical approach hai isiliye point object treat hota hai, only for neglecting all conditions and finding approximate answer.
Bro in jee advanced level you have to solve the problem in translation by taking assumptions Object is point mass Doesn't matter object sphere ya block, in translation
Bhai adarsh focus on centre of mass. Ok. By the way I'm also a student of MOTION kota. No hate to NV sir. If u not believe in NMS sir then plz do calculations yourself by putting spheres in the place of block . U will get same comparison of masses.
For anyone saying nms sir is wrong this is a basic literally basic friction question that every jee student learn if you want to know this more precisely the condition for two two blocks in a situation like this to move together is Fmax=coefficient of friction(mass of plank+mass of block)g this is the value of maximum force that you can apply such that the blocks move together what does this mean is for heavier block it is easy to remain in contact with the plank that is move together since even for higher value of forces friction will be able to make the block and plank intact.
I knew sir that concept is wrong and even knew why.(More mass =more normal force on plank= more frictional force = resulting the plank to drag the ball with it if force is applied) But i wanted someone to make a video or analysis on it. And like a God❤ you and your video appeared in my feed.
Ghntaa different things kinetic friction same hi lgega no rotational effects are observed translation me sb kuch point masses manke hi hota hai ab p tetrahedron ya pyramid kuch ho bhale sphere hemisphere kuch bhi NMS sir ne ek dum shi btaya air drag ki wajah se ball ud gayi wo ping pong
Nms sir literally this is not expected from nv sir and sunny sir but when i saw this question i thought in pahle case me block a well me gir gya means block or plank ke bich friction kam hoga or dusre case me block b plank ke sath aage gya matlab is case me friction jyada hoga f(in case of a) is less than f(in case of b) (Mu×N1)in case of a is less than (Mu×N2)in case of b (Mu×a ka mass) is less than (Mu×b ka mass) A ka mass is less than b ka mass
It actually feels bad when not only the children, even teachers are also just wanted to get a shortcut way to succeed in life.... either by controversy or pranks or shorts.... ak taraf bolta ho shorts, reels pa samay mat gawaon aur doosri taraf khud bhi banata ho controversies karta rahta ho..... And yes this is actual Kalyug...
Irrespective of shape if mass same then friction force on surface same,, So ball ke case me aur block ke case me same hi rule lagega ,,,, Jiska mass kam uska friction kam ,,, so slipping will be easier on less mass obj thats it
Wtf? Slipping ko hum force ke magnitude se Kab se dekhne lage? We always check the acceleration of the objects, not the force applied on them. Aur blocks ki acceleration dono cases mein same hi hai.
This type of controversy we all needed for concept clarity 😅
th-cam.com/video/XIVxfI-GZ6s/w-d-xo.htmlsi=VrDZ3UOIkVvb2MQX
Kuch clear nahi hua h tumahara
Eska matlab tughe kuch nhi aata tu bewkoof hai
Ya it's true
12:26 with great power comes great responsibilities
0:19 Sir roasted more than 95% of youtubers 😂😂
Salute hai sir aapke presence of mind ko
Nv sir ke lectures or unke videos ne lakho baccho ko IIT tak pauchaya h aap dekho waha do balls use kiye h rotation motion ko aap considered nahi kar rahe ho galat baat h nms sir Umar ka lihaj kar rahe h isliye ni kuch bol raha
@@GreenmanEducationbhai rotation 😂😂😂 kuch bhi matlab tera physics bhot weak hai bro, stationary ball mai konsa rotation lag raha 😂😂
😁😁
@@GreenmanEducationNMS sir is my inspiration as well as of lakhs of students so respect him ..........by the way teri physics bohot ghatiya hai...
Exposing Misconceptions: NMS SIR's Flawed Teaching Exposed! = th-cam.com/video/XIVxfI-GZ6s/w-d-xo.htmlsi=VrDZ3UOIkVvb2MQX
so awesome
i just saw NV sir video in slow motion the lighter ball is still on its position until the last moment and starts moving ahead as the scale starts to come back
nms sir is bang on
sorry for rechecking....just following your words to not believe anything😅😅
Even if you were to do the experiment in a vaccum the result would be the same I can explain why
Please do
@@saikrupabehera8661 well NMS sir showed a different case where friction force is actually acting on the body or slab in the question If you'll watch NV sir he did the experiment to Clear the concept of Innertia or to be precise Newton's First law of motion. I hope you know that laws innertia only works when there is no external force INCLUDING FRICTION, that's why we take A HIGH MASS OBJECT OR OBJECT WITH HIGH INNERTIA so that we have to put more force to change it's state of motion and WE USE IMPULSIVE FORCE(a large ammount of force given for a low time) TO MOVE THE CARD BELOW so that friction force is so low that it's negligible and unable to move the ball because it can't generate enough friction force to move the ball(or change the state of motion for the ball). On the other hand the lighter ball had LESS INNERTIA meaning I need very little force to change it's state of motion, do you see where I'm going with this? That's why a very lil friction force would be enough to move the ball...
🐥 That's my reasoning but I do have a doubt in my reasoning too which if I were to take very light ball then who would win friction or innertia I don't know
You are truly one of the best guide for pure concept in physics... Sir definitely you deserve more support from all students
Jb se maine apka explanations ka video dekha baki ke teachers ke experiment explanation se bharosha hi uth gya
Kya baat hai Sir....ekdum Maza aagya sahi explanation dekh ke...Please keep making these type of videos..love u lot Sir 🥰🥰❤❤🙏🙏
💀nv sir gave the correct reason, nms sir just created whole new case
Mai bhi un 18 -19 lakh logo m se hi tha ab tk but not anymore, thankyou sir
Maine pehli baar aesa teacher dekha hai jise humari itni concern hai 😊
18-19 lakh hi reh jaoge agar nv sir ka reasoning aur nms sir ka reasoning mein difference nahi samjhoge aur agar ye samajh nahi aya ki dono sahi h, to tum 18-19 lakh hi ho abhi bhi
Sir alakh sir ke experiments par video bnao please 😂
😂
Bahut paisa hai alakh sir ke pass case book kar denge 😅😅😅😅
Yes sir alakh sir par video banao
Alakh sir toh comment karne k liye bolte hai explain nei karte 😂😂
@@bapimandalofficialcase koi bhi kare .
Pr jeetega to vo jo sahi hoga😅
Kamal hai sir aap literally great ho, thank you so much sir, mujhe farak nhi padta ki isse competition se farak nhi padta bss aap aise hi concept awakening video banate rahiye hai ❤
Main 2016 allen me nms sir se padha tha Kota me ...one of the best faculty of physics in India
Simple living, High thinking...
Great work by @NMS SIr.
A lot of love...
Thank you sir.
I am Physics teacher and i want to say that this video is absoluty true.
I am also dissappointed with those videos circulating on internet regarding inncorrect expression and explainations of physics.
I appriciate your effort.
Thanks
Well Played Sir...❤❤❤❤
Love you from heart sir....❤❤
Thanks
@@ISACSnf🎉😊
Sir, This series is incredible. look at he numbers, 50% of likes of total views. Kudos
Arre bhai nms ....yeh joh experiments hote hai...usme its generally assumed that the friction is zero between plank and the object. Here we have assumed coefficient 'mu'.
now pls don't say say how can the friction be assumed zero ?
Yes it can't be ! But then its effect can be safely negated if the force is large enough to overlook the effect of friction and ensure that only 'mass' factors in. That's why unhone steel scale ke high elasticity ko use krke bahut bhari force generate kiya.
(Itna hi nhi...abhi aur suniye...
aur kyo ki saara khel fraction of seconds ka hi hai (technically speaking limits time approaching ➡️ zero)... that's why yaha pe bahut tagda force lagana jruri tha that too in a very small period of time (impulse basically)... isliye they used a rebounding scale set up which wud create that necessary impulse in the plank (cardboard in their case).
Baaki...Apko kya lagta hai ....nv sir...jo saalo se jee padha rahe hai...he would not know these basic silly frivolous calculations (which u r unnecessarily trying to make look seemingly too deep and difficult 😅). That doesn't work bro. Might work for majority audience but not for everyone ! Hum log samaj paate hai...kaun kitna paani mei hai
Come on !
Bro please clwar your concept first😂 if we assume the friction to be 0 then the whole case will be changed...😂 and haan mujhe iske baad argue karme se accha hai ki jaake nv sir ki video dhyaan se dekho first ball missplaced thi aur uske baad bhi bharosa na ho toh video slow motion mein dekh lena dikha jayega kya jhol hai😂
@MissionJEE-bx7ym first learn writing kid !
@MissionJEE-bx7ym secondly if it's all due to difference in pressure that transmits as a force on the ball, then the ball should have been displaced even before the scale strikes the plank which ain't clearly the case !
Not only the explanation of shorts need to be rectified but even errors made while teaching the theory must get highlighted, because if one engages millions of students from all over India HE HAS TO BE CAUTIOUS,* His single misunderstanding gets propagated through masses of students * Even students should understand that memorizing equations , mcqs, PYQS and making youtube shorts dosent make one a good physics teacher * It needs a development of insight of the subject through through reading and reasoning* Hope sir you would continue this series so that children of the nation learn to distinguish between a " subject expert " and a " BHEED ENGAGER "
You added a very nice and important perspective.
th-cam.com/video/XIVxfI-GZ6s/w-d-xo.htmlsi=VrDZ3UOIkVvb2MQX
Takla kaika
@@joymahadevbishal2212bhai pfp me ganeshji ki photo lagaaye ho aur teacher jo sahi baat keh raha tha use gaali de rahe ho? 😢
Great sir🔥🔥😊I liked your confidence and teaching method👍🙏❣️
Thanks and welcome
The force which NV sir is showing is Impulsive force and the force which discussed in jee, there it is not mentioned that it is Impulsive. NV sir is correct
Wahi to ye students pata nahi soch kyu nahi rahe h kuch
I think you're wrong. Friction is always impulsive.
@@RandomGuy-d3x💀 you are wrong buddy, friction isn't generally considered as an impulsive force... Here in case of NV sir the friction force occurred due to the experiment was not great enough to change the state of motion of the heavy ball because it has greater moment of innertia... NV sir's reasoning is correct but not well explained but the statement "hawe ke pressure ke sudden change keliye ball giri h" is totally wrong 💀 if you conduct the experiment in vaccum the same thing will happen
@@rivu9343Can you elaborate a little more, by that experiment was not great enough you mean the impulsive force was not very high?
@@rivu9343 bruv, there isn't any generalization that says friction isn't impulsive, and if there is then I'd like to see. And I've legit done a ton of questions where friction has acted as an impulsive force, from where do you get this misleading information?
Thanks for the video. We see many experiment videos by big channels with completely vague or even wrong explanations.
You have my respect sir. Finally someone is breaking down the whole concept to the niche details and explaining, rather than just giving one word answer based on some poorly designed experiment.
And also I have noticed you explain from a very practical point of view. You are actually helping students to develop critical thinking
Very nice explanation sir❤
Full support from bihar🎉❤
सर आप महान है जो आप हमे गलत physics के concept सिखाने की दुनिया से निकालकर physics के सही concept सिखाने वाली दुनिया में लाते है । में आपको दिल❤ से थैंक कहना चाहता हूं।
Nv sir is right bhai😭 aise kyu maan rahe ho sir ki baat objects with greater mass does have more innertia...
@@rivu9343inertia zyada hoga par wahan ball ke girne ka reason nahi...
Sir real life main jab experiment hua tab well or platform ke beech main bhi toh friction hoga
Sir You are amazing 💯🔥🔥
Superb 👍🏻.Pls continue this series.
Sir kl to apka video ka Title IIT k liye tha
Aur Ab Sawal Galat K liye bol rahe h Ap Khud Confuse hai Shyd ki Ap video kis topic pe bna rahe h ??
Exactly dear
Sir misconception se bacha rhe h aur concept ko clear kr rhe h….dear
Ye tum decide karoge ki sir ko kis topic par videos banana chahiye,koi kisi bhi topic videos bana sakta hai
Tujhe kya pta h ...he is a genius
Nice 👍 Explanation, But my question - is NLM 1 completely applicable on this experiment???
Sir please continue this series and more frequent ❤❤
Basically you are viewing the experiment from frictional force pov by changing the shape of the object you can easily change the outcome of this situation cause the same frictional force can keep the object in place incase of a cylindrical or object with low surface of contact like sphere.
Your video explanations are excellent sir, please keep on making such valuable videos.
sir its a mentality of true scientist👍, i like your explanation
Sir why you didn't calculate the pseudo force on the block due to the acceleration of plank
I recommend you study this topic again, but here is the the answer
He didn't apply pseudo force on the block because he is NOT solving from a non inertial frame,the whole motion is being observed by ground frame.
You only apply pseudo force on a entity when the observer is himself accelerated i.e in a non inertial frame, so if the observer was on the plank (which is accelerated) only then you would apply pseudo force on the block. It's just a way to apply Newtonian laws in a non inertial frame.
I hope that cleared your doubt.
Also, coefficient of friction matters sir. May be coefficient of friction for the snooker ball , paper pair was larger
One of the best physics teacher in my life ❤
Bhai inertia is associated with the mass when mass increases inertia tendency to change the state decrease
I have also watched that video. It was for foundation students and not for JEE & NEET aspirant.
Toh kya foundation me galat padha sakte ha kya
physics toh physics hai. agar tumhe nhi padhna toh jaa skte ho. tumhe toh koi force nhi kar rha video dekhne
Acha foundation mei galat physics padhate hai okay bro
Vai k liye foundation and higher physics opposite hota hai🤣🤣vai ya physics hai ya kisi bhi situation change nahi hoti hai....🤣🤣
Nms sir❌️Mms sir✅️
Our saviour has come. The almighty nsm sir. 🥵🛐
Make more videos on such topics
Thank you sir🎉🎉🎉🎉🎉
Sure
Thanks for this beautiful explaination sir...
*Dear, sir you are doing a commendable job. These day celebrity teachers are made God like figures. Many times they give wrong fundamentals in fun way and professional physicist from reputed institutes like iit and iisc do not object to them. These God like teachers think physics means class 11,12 concepts only. Now a days these mafia teachers are running a narrative that teachers from IITs have knowledge but do not know how to teach. It's a very dangerous thing because as common people won't understand its the adverse impact in the society.*
i have never seen a great teacher like nv sir .i am so glad i had study 1 chapter from him .best teacher i got in my life
❤️🙏❤️🙏❤️👍❤️
❤❤❤❤❤ yes
Nms sir apne jo liya h wo blocks h usme friction ki direction aage lagegi agr walls hogi friction ki direction ulti lagegi🤔🤔
Will prove the same with sphere in consideration also.
@@ISACSnf ok
Sir aapse bauhat kuch sikhne ko milta h thanks sir ❤❤
Sir Unke experiment mein rolling friction lagega and apke example me kinetic/sliding friction lagra he
Bhaut himmat chahiye sahi bolne ke liye, bilkul sahi bole aap🙏🙏🙏🙏🙏
Aapke support se aati hai
@@ISACSnf sir ap ek teacher ho apko kisiko support ki zarurat nai hai ap great ho apne ap me hi .. but ham se jitna hoga share ya subscribe ham us tarah zarur support karne ki koshish karenge ...
-- A jee aspirant ❤
what if there is no friction between block and plank ?
@@waniiiqraa6703 0.3
You are really Honest......Best of Luck Sir.
NMS SIR IS GOAT. Love you sir ❤❤.
Best wishes
Sir subscribe kar diya hu Physics k liye
Salute to sir
Please do more
videos like this
Yes sure
Itna Asani se concept clear krne ke liy Dil se bhut Dhanybaad…..sir please upload more such types of vdo ……
Sure
Please bring such valuable content sir
Thank you so much sir.. for explain in deeply....👍
Most welcome
Right sir. You have done well.
NV sir ne to sphere per explain Kiya hai 🤔🤔🤔
Ab koi asli teacher dikha h TH-cam pr great bro i m also physics faculty
Sir saalo se youtube par views paane ke liye teachers kuch bhi harkat krte h gaana gaate h dance krte h emotional video bnate h aur yha aap knowledge de rhe h tho logo ko pareshani ho rhi h. Kamal ki hypocrisy h. Logo ko pareshani isi baat pr h ki unke favourite teachers galat kaise ho skte h, science aise hi progress krta h koi galti krta h fir koi doosra aakar usse sahi krta h. Keep making videos, hats off sir.
Saalo se nhi ye kuchh 3 saalo se bas😅
Ye takla bhi views ke liye hi kar rha hai
If there was no friction between the surfaces and no air resistance too, would the explanation be correct then🫡🧐?
Physics ka one of the best teacher in Bharatvarsh.
Chii
NV sir ne to sphere per btaya hai sir ???
Still, won't make any difference for the shape, but ha dono bande sahi h apni jagah pe aur uska alag reasoning h
sir keep on going ignore these idiots❤😊
Thanks for this explaination. Learning physics from all your videos sir have a great experience. Climax मे तो आपने मेरे गुरु देव के ही दर्शन करा दिये. 🙏🙏
Yes I did the same when I saw NV Sir video. Then I thought of you😂😂 That you'll soon make a video about it.. Sir please don't stop this series.. This is very beneficial
I can convience you that nv sir is right, so is nms sir 😂
Other shock nms sir rock....❤❤❤❤
Love you sirrr........maja aa gaya ❤❤❤❤❤❤.....thankyou for healthy discussion........
We all saleemians ❤❤❤
❤️🙏
Sir really waiting for u in Kashmir....❤❤
We will also get a ray of hope for exams like JEE ADVANCED if something like this happens.... really excited for this collaboration.
😂😂
Rise jawo. I'm in iit kgp.,..
Bhai simple hai hume scientist nhi ban na hai, doctor engineer ban na hai, aur wo nv sir achhe se bana dete hai, in gentle man ki koi zarurat nhi hai hume
Wo question bhi engineer banne ke loye jo exam hota hai jee advanced uski ka tha😂
Goat being GOAT
NMS SIR ❤❤
Thanks
@@ISACSnf Sir, inception batch (11th physics ka syllabus kab tak end hoga)
@@ISACSnf You are in real sense G.O.A.T.
@@Rudra_Dev_Jha Bhai inception batch me avi kya chal Raha hai maine vijeta batch liya hai inception v lene ka soch rha tha lena chahiye Kya aur sare lectures sir khud lenge kya??
@@ManasChoubey-io6pz mai bhi lene ka soch rha hun bhai but maine abhi pw hi liya hai
Great explanation sir 🙏 i want to be a teacher like you one day❤
So nice of youlove you
Why are you misguiding us through this video. It was just a short experiment by NV sir and Sunny sir.
Is explaining the right concept misguiding?
@@ISACSnf no sir, you are really great.
@@ISACSnfdon't worry sir these are blind followers
Thank You Sir, it was very informative video. Keep it up Sir!🎉
Size of ball or air resistance and Bernoulli ko consider bhi karo sunny sir k experiment m , aap to jee ke baccho ko murkh samjhte ho , dusro ko defame karle koi khud aage ni badta.
Bernoulli nahi lagega
Bhagwaan aapko sadbuddhi de
@@ISACSnfbhagwan sabse zyada sadbuddhi aapko de,ek baar alakh sir par video banaiye ,fir aapko bachha nhi chhhodega 😂😂😂😂😂shark tank mein Mt sir kuchh show off kar rhe thhe ,shark wala aukat dikha diya kitna haisiyat h tera 😅😅😅😅
Thanks Sir for these awesome videos...
Welcome. Keep learning
NV Sir ne sphere ka example Diya h aap cube ka kyu de rha ho dono ki different hoti h property
Ayee bhai tum to basic bhi nhi jante ...ball ki bhi fbd wahi banegi
bhai aap jab bade ho jaoge to aapko pata chalega ki shape se is experiment me kuch farak nahi padta , mass se padta he ,
kyuki dono ko as a point object treat karte he maths lagate samay .
Aur vese bhi frictional force body ke mass aur frictional coefficient par depend karta hai unke beech ke surface area par nahi 🙏
Abbe gadhe physics ki maa bhen karne mai kyuu lagge hu, linear motion tha wo mass pe depend karta hai shape pe nahi 😂
@@Padhlelodu1 Wahh.... Shape see farak nahi padta kya ? Agar Aisa hai too moment of inertia of sphere is not equal to cube q nahi hota hai.
Aur hai, FBD theoretical approach hai isiliye point object treat hota hai, only for neglecting all conditions and finding approximate answer.
Education is the key to success in life and this key is NV sir 🙏❤
Sir please tricky conceptual waale question bhi laaye ❤❤.
Ye teacher lakho bacho tak pahuchna chahiye. Sir mujhe bahut acha laga apka video❤❤
NV has explained that experiment on a sphere and you are explaining on cube both have different properties 😡
Bro in jee advanced level you have to solve the problem in translation by taking assumptions
Object is point mass
Doesn't matter object sphere ya block, in translation
If u know then try to solve it mathematically
@@dikshit2177 just replace it point mass, apply similar concept explain by nms sir
Bhai adarsh focus on centre of mass. Ok.
By the way I'm also a student of MOTION kota.
No hate to NV sir.
If u not believe in NMS sir then plz do calculations yourself by putting spheres in the place of block .
U will get same comparison of masses.
Sir experiment ko questions me Badal ke bahut acha Kiya tq❤❤
Thanks. Sawal solve krna bhot important hai
Nv sir ne sphere par bataya hain...!!
You are rely a all concept clearing teacher pleas uploaded all physics concepts on TH-cam thankyou sir ji
For anyone saying nms sir is wrong this is a basic literally basic friction question that every jee student learn if you want to know this more precisely the condition for two two blocks in a situation like this to move together is Fmax=coefficient of friction(mass of plank+mass of block)g this is the value of maximum force that you can apply such that the blocks move together what does this mean is for heavier block it is easy to remain in contact with the plank that is move together since even for higher value of forces friction will be able to make the block and plank intact.
Video dekhte dekhte motion ka ad a gya😢
To udas kyu hai
Has de
@@arghamaji8234 😂
Same 😂
I knew sir that concept is wrong and even knew why.(More mass =more normal force on plank= more frictional force = resulting the plank to drag the ball with it if force is applied)
But i wanted someone to make a video or analysis on it.
And like a God❤ you and your video appeared in my feed.
Glad to know this
NV sir has explained this concept considering a sphere and you have taken a cube. Both are different things.
Ghntaa different things kinetic friction same hi lgega no rotational effects are observed translation me sb kuch point masses manke hi hota hai ab p tetrahedron ya pyramid kuch ho bhale sphere hemisphere kuch bhi
NMS sir ne ek dum shi btaya air drag ki wajah se ball ud gayi wo ping pong
bhai tu Newton laws sahi se padh . HC verma se padhiyo shayad dimaag khul jaaye
Hua nhi hoga Tera jee, haina😂
Thanks Sir,
When I was watching the video of this experiment I have already commented that the concept taught by the NV Sir is wrong
Vo video sphere k saath ho rkhi h aap cube kr saath kr rha ho dono m difference h
what difference ? Wiil the concept differs for different object ?No.
Friction doesn't depend on the shape and size of the object.
Bhai tu atleast 9th ki physics bhi nahi padha kya??
Nms sir literally this is not expected from nv sir and sunny sir but when i saw this question i thought in pahle case me block a well me gir gya means block or plank ke bich friction kam hoga or dusre case me block b plank ke sath aage gya matlab is case me friction jyada hoga
f(in case of a) is less than f(in case of b)
(Mu×N1)in case of a is less than (Mu×N2)in case of b
(Mu×a ka mass) is less than (Mu×b ka mass)
A ka mass is less than b ka mass
2:02 kisi ko defame bhi krna aur sunny babu ko seriously leta koun hoga
😂
Sach mei nahi lete unko serious🙏
Sach me sir me bhi yehi chahata hu mujhe ye video bohat acch laga it is very helpul for us we are with you
Great work sir ❤
Thanks a lot
Nv sir to sphere per explain kr rhe hai ...🤔🤔
Osm sir ❤ we want more such type of videos😂😂
Good and thank you sir for concept ❤
Most welcome❤️🙏❤️❤️
Sir ko smjh aa gya ki view kaise aate he social media pr 😂😂
Sir krte rahiyee🙏🙏🙏🙏
Thanks sir aap jese teachers ki wazah se bahut concept clear hojate h
Sir ap confused kr rhe ho mene nv sir ka ye vidoe dekha tha nV sir and sunny sir sphere per explain Kiye hai 🤔🤔🤔
Sphere ke liye bhi same hi results aayega. You can comment on their video, they'll come up with a solution if they are right.
You are awesome...keep it up sir
Sir views nhi aa rhe hai kya?
Isliye toh bade teacher ko Target karte hai
It actually feels bad when not only the children, even teachers are also just wanted to get a shortcut way to succeed in life.... either by controversy or pranks or shorts.... ak taraf bolta ho shorts, reels pa samay mat gawaon aur doosri taraf khud bhi banata ho controversies karta rahta ho.....
And yes this is actual Kalyug...
Others are trying to play with TH-cam Algorithm to grow and Sir is playing with them. 😅
Irrespective of shape if mass same then friction force on surface same,,
So ball ke case me aur block ke case me same hi rule lagega ,,,,
Jiska mass kam uska friction kam ,,, so slipping will be easier on less mass obj thats it
Wtf? Slipping ko hum force ke magnitude se Kab se dekhne lage? We always check the acceleration of the objects, not the force applied on them. Aur blocks ki acceleration dono cases mein same hi hai.
@@RandomGuy-d3x yaha baat mai friction force ki kar raha ,,,,
@@jigyashusingh3362 irrelevant