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QUESTION Of The Day 🧐 | DAY - 3  

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QUESTION Of The Day 🧐 | DAY - 3
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26 июн 2024

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Комментарии : 730   
@PW-JEEWallah
@PW-JEEWallah 5 дней назад
𝐍𝐎𝐓𝐄 👉🏼 For more information about the batch, check the About section of the channel!
@hirokroy1802
@hirokroy1802 5 дней назад
no friction
@Padhai23-tl7qy
@Padhai23-tl7qy 4 дня назад
Saleem sir op
@moutusipal9011
@moutusipal9011 4 дня назад
USMA FRICTION ANDAR KI TARAPH LAGEGA
@Dinesh.1
@Dinesh.1 4 дня назад
Sir bahar ki tarf 45 degree angle par
@Dinesh.1
@Dinesh.1 4 дня назад
Sir answer kha milega
@russian-breed2564
@russian-breed2564 5 дней назад
Finally Saleem sir gao ghum aae 😅😅
@SaumyaIsLive777
@SaumyaIsLive777 4 дня назад
power of green screen bro😂
@user-kb7jj4gg4n
@user-kb7jj4gg4n 5 дней назад
Towards the centre
@aryanyadav1313
@aryanyadav1313 5 дней назад
Yes centripetal force😊
@abhigyanborah7495
@abhigyanborah7495 5 дней назад
​@@aryanyadav1313due to centrifugal force
@aman1937k
@aman1937k 5 дней назад
Mtlb kuchh bhi
@sam71074
@sam71074 5 дней назад
Right brother👍🏻👍🏻
@magnusmusic4855
@magnusmusic4855 4 дня назад
Centre kaise bhai
@AmazingDealsLoots
@AmazingDealsLoots 5 дней назад
Speed constant, acceleration = 0 and net force = 0. Therefore centripetal force is balanced by friction which is acting towards inward direction to cancel the mv²/r acting outward.
@IIT_KGP_student
@IIT_KGP_student 5 дней назад
Finally a correct answer 😅
@user-cw9cc9gb1c
@user-cw9cc9gb1c 4 дня назад
Concept ko guma ke lagaya per chale ga
@Itzyadavno1
@Itzyadavno1 4 дня назад
Yes
@Om__OP
@Om__OP 4 дня назад
It will be centrifugal as acting outward
@user-cw9cc9gb1c
@user-cw9cc9gb1c 4 дня назад
Mai ye to samaj Gaya ki tum pw se nhi pde agar pde hote to centripetal force ki baat karte
@positive_vibes2003
@positive_vibes2003 5 дней назад
Tangentially, in opposite direction
@pranavjadhav8348
@pranavjadhav8348 4 дня назад
Tangential acceleration zero hojayega constant velocity ke vajese sirf centripetal acceleration hai uski bajese normally away from the center due to centrifugal force
@durnavyt9319
@durnavyt9319 3 дня назад
​@@pranavjadhav8348bhai friction to zero hoga na😢
@Looser79
@Looser79 3 дня назад
No same direction me lagega
@viveksoni9326
@viveksoni9326 5 дней назад
Friction towards center Speed constant matlab tangential acceleration zero matlab Matlap centripetal acceleration friction ne hi provide ki hogi jo centre ki taraf hai
@aimer4837
@aimer4837 5 дней назад
Ekdam shi bhai...... 👍
@cubingwithabir5487
@cubingwithabir5487 4 дня назад
Correct bhai
@mangesh-fq7wv
@mangesh-fq7wv 5 дней назад
Aage ki taraph sir
@Play-like-GM
@Play-like-GM 4 дня назад
Kese bandhu
@MRDaxterio
@MRDaxterio 3 дня назад
​@@Play-like-GM chalne me friction force agge ki traf lagta hai
@MRDaxterio
@MRDaxterio 3 дня назад
​@@Play-like-GMshyad iss liye isne ye likha hoga
@umamishra956
@umamishra956 3 дня назад
Towards centre hai answer due to centripetal/centrifugal force
@apurbadutta867
@apurbadutta867 3 дня назад
​@@umamishra956 dono hi honge I think
@subhamgangwar7947
@subhamgangwar7947 3 дня назад
No friction because to get friction we need to apply force and force would be 0 if constant velocity
@sakshitiwari2753
@sakshitiwari2753 3 дня назад
Sir - yeh ho kya rha hai? Me - yeh ho kyu rha hai😂
@Beatboosted_
@Beatboosted_ 2 часа назад
😂
@ImaginaryRockyBhaiEdits-ej1sy
@ImaginaryRockyBhaiEdits-ej1sy 3 дня назад
Friction is acting towards the centre acting as centripetal force
@ishikashivankar3878
@ishikashivankar3878 4 дня назад
Speed constant, this means tangential acceleration zero, hence only friction will provide the centripetal force.. Friction is acting towards center 😊
@Bhiarilol1947
@Bhiarilol1947 5 дней назад
As constant speed,it's tangential acceleration zero , there is centripetal acceleration towards the centre and this centripetal acceleration is due to friction towards centre
@deepikaparihar71
@deepikaparihar71 5 дней назад
ha mera bhi centre ki tarf hi ans hai
@critiic
@critiic 3 дня назад
Opposite to his direction but friction was not that much strong to stop him his force is greater than >>> friction Suppose if we take a rough surface than friction will resist more and if we take a block instead of bike than it will only try to move but can't move because of friction
@rohantyagi4543
@rohantyagi4543 5 дней назад
For constant velocity, tangential acceleration or force =0 vo banda agar circular move karne ke liye aage force lagaya to friction piche lagega and centripetal force bhi friction hi dega matlab net friction ki direction nahi bata sakte without data.
@ramshiromanisoni3719
@ramshiromanisoni3719 4 дня назад
Resultant of outward friction and forward friction 😶😶😶😶
@vinayaksubramani7161
@vinayaksubramani7161 4 дня назад
Ek component tangential hoga (velocity ke opposite) Centre ki taraf ho bhi sakte hai nahi bhi ho sakta hai hame pata nahi wo rod meim kitna tension hai
@user-zz6kc5wx2s
@user-zz6kc5wx2s 4 дня назад
Const speed h mtlb tangential acc zero hoga to friction tangential nhi hoga wo towards the centre hoga joki usse centripetal force provide krr dega
@KapilSavargaonkar-de8oq
@KapilSavargaonkar-de8oq 5 дней назад
if red t shirt vale constant speed se chal rahe hai then i think friction ke do component aayenge , ek to centre ki taraph centripetal force support karega and ek component tangential velocity ko
@sayakbiswas6859
@sayakbiswas6859 5 дней назад
Since, velocity of the man is constant a=dv/dt=0 → Fnet = 0, thus there will two forces working, f(friction) and Fc(centripetal force). So, they will be opposite and equal in magnitudes. Since centripetal is acting outwards friction will acts inwards(towards the centre). Thanks sir...🙏🏼
@shashisingh7432
@shashisingh7432 5 дней назад
Yaha friction hero hai wo aage to taraf force lgayega aur centripetal ko support krega, v=RW ko fulfill karne ki koshish krega jb w km hoga to v jada ho jayega and wice versa taki rolling hota rhe .. ❤🙂
@SawanKumar-ib6jx
@SawanKumar-ib6jx 4 дня назад
Towards centre that means tangential force equal to friction .saleemians❤
@livegood9173
@livegood9173 4 дня назад
Competely towards centre....... Frictional force equals Coefficient of friction multiplied by normal reaction .... Normal reaction equals (centripital force towards centre +weight of man acting downwards)
@sanatani_hindu_-yr6nj
@sanatani_hindu_-yr6nj 4 дня назад
Isake liye to lakshya BATCH purchase karna hogaa😅😅❤❤
@rohansachdeva4952
@rohansachdeva4952 4 дня назад
Radially Outwards Speed constant, so Fnet=0. So friction and centripetal force cancel eachother. Centripetal force is mv2/r radially inwards. Hence, friction is mv2/r radially outwards. If friction here is maximum, then umg=mv2/r, v=root(ugr) Saleemians ✌️
@Studywallah432
@Studywallah432 4 дня назад
if speed. is constant force applied on object is equal to force of friction
@ShaniKumarYadav-zt2xl
@ShaniKumarYadav-zt2xl 5 дней назад
Lakshya 1.0
@amanatharb6714
@amanatharb6714 4 дня назад
towards the centre
@_.rathodmeet03._
@_.rathodmeet03._ 4 дня назад
Sir to sone chale gaye hamari neend uda ke 😅
@dubeyadventures2m422
@dubeyadventures2m422 5 дней назад
Zero ,, work done by friction while walking is zero...❤❤
@sahityakushwaha3269
@sahityakushwaha3269 3 дня назад
Center ki taraf kyuki agar velocity constant hai to tangential acc zero hoga to Sara friction centre ki taraf hi rahega.... thank you sir for making me this able to answer this question
@Rhythm944
@Rhythm944 5 дней назад
Towards centre as speed is constant but velocity being a vector changes its direction which is done by normal acc
@devenderdabas3363
@devenderdabas3363 4 дня назад
sir speed is constant means tangential acceleration =0 means agar piche normal lga to aage friction lagega and friction hi centripetal acceleration dega means friction ka ek component towards centre bhi aaega means net friction is {toward centre and aage} ke beech me khi lgega
@satyarthparth1570
@satyarthparth1570 4 дня назад
Waise jo log inwards keh rhe hain...Woh tab hota jab uspe pair wheel ki tarah kam karte aur contantly chalte par yaha woh walk kar rha pair uth rhe hain...Haalaki I am still very doubtful on this,but answer should be aage ki taraf friction lagega...as in case of normal walking
@PradeepYadav-gn8yq
@PradeepYadav-gn8yq 4 дня назад
Age ki taraf
@adarsh5387
@adarsh5387 4 дня назад
Towards the centre as tangential acc is zero so there is only centripetal force required to chnage the direction which is obtained by friction force❤❤
@RidhiSidhi-eq2xm
@RidhiSidhi-eq2xm 5 дней назад
Aur friction=0 because velocity is constant so acceleration is zero hence force is zero so friction is also zero......am I right sir 🤔
@ujjawalsingh284
@ujjawalsingh284 5 дней назад
no
@SatyamKumar-my1jz
@SatyamKumar-my1jz 4 дня назад
two compenent of friction force acting one towrds center to balance centripetal force other forward to person to move it with constant velocity as there is friction also in the hinged point of middle rod
@vishwasaditya1243
@vishwasaditya1243 4 дня назад
Only centripetal force so friction will be along central line , since friction will be static here so we can take in any direction (but along central line )
@SudikshaDhairya-bk1do
@SudikshaDhairya-bk1do 5 дней назад
Center me taraf
@pushkarnarkhede2380
@pushkarnarkhede2380 5 дней назад
toward centre friction lagela with balence centripital force
@udayancarromgaming5907
@udayancarromgaming5907 4 дня назад
Friction act karega towards the centre kyuki centre ki taraf centripetal acceleration hai aur as we know ki net force barabar ma Aur wo constant speed se ja rha hai toh friction is equal to mass multiply by centripetal acceleration Sir agar sahi explanation laga toh pin kar dijiyega 😀
@thepranavroy_
@thepranavroy_ 5 дней назад
Centripetal force towards the centre Friction towards tangential
@JanvhiKapoor-mg8ik
@JanvhiKapoor-mg8ik 4 дня назад
Dil se respect PW ke teachers ko
@JodRex-ct5yv
@JodRex-ct5yv 4 дня назад
I request you all to submit the suggestion to increase the weightage of maths to 50% weightage of paper Same as in neet , like bio have 50% weightage
@MeisSamit
@MeisSamit 5 дней назад
Sir this is real life physics, isme friction Radially outward direction me lgega bcoz of centripetal force actions reaction pair , Dusri friction jamin par pichhe ki taraf
@meltingmetalwithsten9084
@meltingmetalwithsten9084 5 дней назад
ALL ROTATION CONCEPT HERE LARGE DIST SO TORQUE LARHE AMOUNT ROTATIONAL EQUILIBRIUM = FR=0, VEL=0, W²R=ACC[TOWARDS CENTER],
@AmazingDealsLoots
@AmazingDealsLoots 5 дней назад
Friction is in inward direction
@studymania3.019
@studymania3.019 3 дня назад
Friction is acting towards the centre which is providing centripetal acceleration.why only friction Because person is moving with constant speed so a=0.
@yashagarwal8706
@yashagarwal8706 4 дня назад
Isme friction towards the center lagega and ek component tangentially opposite lagega to mans velocity.
@shreekunjkadecha9425
@shreekunjkadecha9425 5 дней назад
Constant speed then (at 0.) so only ac is acting friction inside towards the center
@KGamerz2505
@KGamerz2505 4 дня назад
Sir 1)what is difference between displacement and magnitude of displacement? 2) what is the difference between velocity and magnitude of velocity?
@Hur788
@Hur788 3 дня назад
Displacement means magnitude+direction of displacement but magnitude of displacement means only magnitude we will not consider direction of displacement means sign same applies for velocity & magnitude of velocity
@samarthkesarwani4588
@samarthkesarwani4588 4 дня назад
Sir centripetal acceleration ke opposite lge ga ( jaise turn table wale questions hai usi tarah ) hoga na sir???
@PARNA2005
@PARNA2005 5 дней назад
Circle ka aandar matlab towards the centre sir
@MrAdarsh001
@MrAdarsh001 5 дней назад
Towards the centre because in fbd vx and vy are the two componets of velocity if vy is const then no net force acting in y dirn so the net resultant goes to in x dirn and the resultants is nothing but centripetal force
@shaktix3000
@shaktix3000 5 дней назад
Red vale pr friction aage lagega aur bike ke tyres pe piche
@NishantPanwar_
@NishantPanwar_ 5 дней назад
I am calling sir to saleem sir , don't get any other idea
@NishantPanwar_
@NishantPanwar_ 5 дней назад
Sorry itwas not log , it was king of ropee, which making motorcycle to move in circular direction.
@Krishna-AK....18
@Krishna-AK....18 4 дня назад
No ... friction towards centre lagega and provide mv²
@PiyushAgarwal-gc2rm
@PiyushAgarwal-gc2rm 3 дня назад
Aage lagega aur static lagega kyunki no fisla fisli
@FaizKhan-sg9ss
@FaizKhan-sg9ss 5 дней назад
Perpendicularly outward to the circle in which a man of red t shirt moves
@AnkitYadav-fk1kn
@AnkitYadav-fk1kn 4 дня назад
PW is everything for every pwians
@Education-35
@Education-35 5 дней назад
Tangentially in backward drcⁿ Shayaad
@Aryan.ChaurasiyaGaming
@Aryan.ChaurasiyaGaming 4 дня назад
Net force 0, Net Acceleration 0, Friction ko centrifugal ne balance Kiya ha = mv^2/r Net torque -0
@Aryandhiman0001
@Aryandhiman0001 5 дней назад
As the red shirt men is moving in anticlockwise direction Then friction is in clock wise direction
@shashwatvora1083
@shashwatvora1083 5 дней назад
Forward ⏩⏩
@user-hr6eb5um1t
@user-hr6eb5um1t 4 дня назад
Friction is applied towards centre and provide centripetal force
@gautamsaini9213
@gautamsaini9213 5 дней назад
Friction= centripetal force
@namankumar742
@namankumar742 5 дней назад
Towards the center because velocity constant no accercation in tagenational direction only centripetal provided by friction
@AnnuShree-rw1do
@AnnuShree-rw1do 3 дня назад
Towards centre Becz speed constant - acc =0 , but tangential acc not centripetal acc So centripetal acc provide friction on red man 👨
@Aakashkumar-dp4rh
@Aakashkumar-dp4rh 5 дней назад
Friction ka direction uske velocity aur radially inward direction ke beech me hoga
@IITdehli-kv3tz
@IITdehli-kv3tz 5 дней назад
Salim sir op
@gauravarya4992
@gauravarya4992 5 дней назад
Towards the centre
@IITdehli-kv3tz
@IITdehli-kv3tz 5 дней назад
Okay
@AstitvaMishra-ed6fg
@AstitvaMishra-ed6fg 4 дня назад
Wrong Friction will act as centrepetal force.
@gauravarya4992
@gauravarya4992 4 дня назад
@@AstitvaMishra-ed6fg towards the centre jo force lgta he vo centripetal force hi hota he
@awnishkumar-xs3di
@awnishkumar-xs3di 5 дней назад
Tangentially towards centre
@asanquranhadees9429
@asanquranhadees9429 5 дней назад
F max = mv^2 /r towards centre ... !!
@sjffgamer6458
@sjffgamer6458 4 дня назад
No fisla fisli no friction 😅😅
@AnantKumar-jy4pr
@AnantKumar-jy4pr 5 дней назад
Tangential to the circle
@geniusglory943
@geniusglory943 5 дней назад
JEE WALLAH channel aapka hi kya sir 😂
@ADITYAKUMAR..
@ADITYAKUMAR.. 5 дней назад
Towards the centre ❤❤❤❤❤ salliminas OP Lecture ❤️❤️❤️❤️❤️❤️
@Ritvik267
@Ritvik267 5 дней назад
Opposite direction (centripetal force )
@theninjagamer5711
@theninjagamer5711 5 дней назад
Toward the centre
@user-cg8wk3vc2r
@user-cg8wk3vc2r 5 дней назад
Bhai friction. Centripetal force nhi
@Rajat-dc5bt
@Rajat-dc5bt 5 дней назад
Sir care fully sleep kare kyuki koi bhi aa sakte he aapko paani Dene keliye💀💀
@anshitrajput137
@anshitrajput137 10 часов назад
Towards the center because there is no force in tangentential direction as he moves with a constant speed
@subhashsingh8667
@subhashsingh8667 5 дней назад
Towards the centre with constant speed
@sanjana5706
@sanjana5706 4 дня назад
Friction is towards the centre providing centripital acceleration
@specto318
@specto318 5 дней назад
Towards the centre because friction hi akela force hai jo centripetal force de sakta hai
@Tubeshortsvideo
@Tubeshortsvideo 4 дня назад
Practically pero par aage, but overall puri body ek block type assume kare toh centrifugal force ko balance karta hua, friction towards the centre lagega, waise sachh batau agar options mai aage hota toh mai wo karta😅
@iShubhamraj05
@iShubhamraj05 4 дня назад
Pure Advance teacher Lakshay 1.0 student
@KB-vd3yk
@KB-vd3yk 4 дня назад
Centripetal force ke opposite as tangential velocity is 0 due to constant velocity
@JanvhiKapoor-mg8ik
@JanvhiKapoor-mg8ik 4 дня назад
Bahut accha padhate h PW ke teacher
@khushalagrawal75
@khushalagrawal75 4 дня назад
Forward hi lagega kyun ki wo piche slip ho raha hoga 😂
@Divya-br5iu
@Divya-br5iu 5 дней назад
Friction towards the centre lg rha hai
@Ajey_Sah
@Ajey_Sah 4 дня назад
Friction age ki or lg rha h sir jiii ya phir bol skte h ki instaneous velocity ke direction ki or.....
@Visheshsachan
@Visheshsachan 4 дня назад
Friction tangentially ACW
@sushantbilage5652
@sushantbilage5652 5 дней назад
Towards center and friction provide centripetal force
@ankanabanu2457
@ankanabanu2457 5 дней назад
In direction of displacement
@adityayadav3388
@adityayadav3388 5 дней назад
Fx = 0 isliye friction normal from stick ke equal and opposite lagega
@Shivam_0272
@Shivam_0272 4 дня назад
Sir ji Friction Towards the centre hoona chaiye mv²/r se balance krenge
@wrickbasak8666
@wrickbasak8666 4 дня назад
towards center, the friction here wil be the centripetal force
@deepakmathan1146
@deepakmathan1146 3 дня назад
At an angle theta opposite to relative velocity
@blasters9419
@blasters9419 5 дней назад
centripetal force ke opposite
@subham2509
@subham2509 5 дней назад
Tangentially forward
@urujdeshmukh7690
@urujdeshmukh7690 5 дней назад
Outside will be direction of friction
@deepumajhwar8437
@deepumajhwar8437 5 дней назад
Red t shirt=constant speed To uska acc center Ki taraf hoga or Use certeripital acc bolte hai
@anishraj148
@anishraj148 5 дней назад
Toward centre giving centripetal Acceleration
@TheeeAP
@TheeeAP 5 дней назад
Red wale pe friction centre ki taraf lgega...or tire pe piche bhi or centre ke tarah bhi
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