Dear Sir, I m a regular follower of your class. I have a problem. The pulley trick you have told us, is not satisfactory for me. Plz. Check the problem#9 of H C Verma book, where he has done the similar problem, using mass m1, m2, m3, and you use the mass as 3M, M and 2M. There is a relative motion , between the moving pulley, and moving block, so there by your pulley trick, I didn't get the answer. And later I check DC Pandey book also, problem # 26, in Level-1, subjective question part, I couldn't get the answer by your trick. Please clarify me sir.
Sir, I hope, pulleys in motion, and internal motion , within motion, cannot be solved by this trick. Simple pulleys are ok, by this trick. Plz clarify sir.
I solved one question of jee advanced the answer was correct I did in just 30 second.thank u so much sir I was so excited when i got it correct pls make more video on trick through concepts
Sir is the acceleration that we are calculating in pulley problems, the instantaneous acceleration due to which the body gains velocity , or is that acceleration constant and continues to be applied in the bodies from the beginning of hanging let's say two masses on 1 pulley , till reaching equilibrium?
11:32 Sir tension to 0 hona chahiye pr is process se ans 2mg/3 aa rha h. 0 isliye aana chahiye kyuki bich wale pulley pe aap dekhenge ( jisse 1 pulley niche ltka h ) to T=2T hoga on the same string. Mtlb T=0. Sir pls ise jldi se correct kr do taki doosre bachche glt n kr baithe.
Cool sir... Maine jb video dekhna start kia to lga ki kuch problems me lgta hoga but jb Maine khud hcv ke questions lgaye is trick se koi problem nhi tha jiska ans nhi aya ho... Well done sir
Respected sir, What to do (except the normal method, of course) if the pully itself is moving i.e. the acceleration of the two or more blocks vary depending on constraint equation Thanking you
In some problem you consider only those tension which hv mass on other end while in some problem also conser tension which are due to strings on other end of the pulley. My point is you didn't provide universal rule which defines that which tension we hv to consider mad which one not?
You helped me in boards and u made my pulley fear crystal clear U r my hope sir.. For the final preparation for neet!!!! Blessed with your videos.......
Noo I'm so sad I don't understand what you're saying! At least, I finally understand the physics concept on pulleys. 😭😭😭 Thank you so much for the help!!!
When we take T as the tension of mass 2m and T/2 that of mass m in 4th problem in this video we get the value of tension as 2mg but if we solve that with this eqn we get tension as mg . Why?
respected sir, Ek doubt h.........................wo second case me, jis block pe 'mg' balanced h 'normal' se,agar uss block pe frictional force lag rha hota to kya krte?
Sir I am preparing for entry test by the help of past papers so there are many problems of pulley,sometimes it ask for acelebration and sometimes it ask for value of g.i am not understanding how to solve them in tricks please make video on it. I will ever thanks full to you 🌹
Dont go by this trick. For complex pulley it is giving wrong answer. See similar example in H C Verma book...where there is a internal motion in pulley. This you can not solve by this trick.
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Dear Sir,
I m a regular follower of your class.
I have a problem. The pulley trick you have told us, is not satisfactory for me. Plz. Check the problem#9 of H C Verma book, where he has done the similar problem, using mass m1, m2, m3, and you use the mass as 3M, M and 2M.
There is a relative motion , between the moving pulley, and moving block, so there by your pulley trick, I didn't get the answer. And later I check DC Pandey book also, problem # 26, in Level-1, subjective question part, I couldn't get the answer by your trick.
Please clarify me sir.
Sir, I hope, pulleys in motion, and internal motion , within motion, cannot be solved by this trick. Simple pulleys are ok, by this trick.
Plz clarify sir.
I solved one question of jee advanced the answer was correct I did in just 30 second.thank u so much sir I was so excited when i got it correct pls make more video on trick through concepts
@Siddu Patil bahi tension is also a force that's why
@Siddu Patil there is a another reason too.
@Siddu Patil I guess the mass of the block is not responsible for the motion so the net force that is acting is T=ma
Aappko respect karta hoon.. Kyunki aap apne tricks aur knowledge ka credit apne teachers ko site itne imandari se
Sir is the acceleration that we are calculating in pulley problems, the instantaneous acceleration due to which the body gains velocity , or is that acceleration constant and continues to be applied in the bodies from the beginning of hanging let's say two masses on 1 pulley , till reaching equilibrium?
At 12:03 isn't the second pulley from the left unbalanced? Since it is massless, it's acceleration should be infinite or Tension be equal to zero?
Awesome Sir please give tricks on electrostatics
Moj kra di guru jii... Aaj phli baar mje ye itni easily smj mn aayi..👌👌
To find acceleration.. We should use that same trick just by putting "a" in place of "T"?
11:32 Sir tension to 0 hona chahiye pr is process se ans 2mg/3 aa rha h. 0 isliye aana chahiye kyuki bich wale pulley pe aap dekhenge ( jisse 1 pulley niche ltka h ) to T=2T hoga on the same string. Mtlb T=0. Sir pls ise jldi se correct kr do taki doosre bachche glt n kr baithe.
sir too much good but 3rd que me problem hai
sir too much good but 3rd que me problem hai
Loved the video 👏👏.
Are there any tricks on electrostatics?
Sir How to apply this trick if one mass is resting on a surface with friction and other mass is hanging over massless pulley
Here we friction force is considered by other force and balance it with newton's law
Cool sir... Maine jb video dekhna start kia to lga ki kuch problems me lgta hoga but jb Maine khud hcv ke questions lgaye is trick se koi problem nhi tha jiska ans nhi aya ho... Well done sir
Nice sir
Sir plz tell me how can master maths and physics for jee if i am weak in them
You definitely need more subscribers like me....awesome trick... I am solving very fast in my class!thanks a lot
Respected sir,
What to do (except the normal method, of course) if the pully itself is moving i.e. the acceleration of the two or more blocks vary depending on constraint equation
Thanking you
Hii on 9:05 time your eq. are not maching bcz m(mg) = sq. of m and mg.
And your next is sq of m and g
Abbey chomu m*mg.... m^2 * g he hota hai.....maths nhi aati kya
You are wrong
What will happen when there is t1 and t2 two wires with single block
Sir after watching some of vedios I subs channel this is the best channel for phy I ever seen...
Sar AAP tencen Ko T/2, 2T jaruri h ham T' nahi man cakte kya
Or sir agar mg ka alava koi aur constant force lag rahi ho to Kya karenga. Ya fir kinetic friction lag Raha ho to Kya karenga.
Same doubt hai
Same problem here!!!!!!!
Same problem babies
U r a fabulous guy dude.....u helped Mee alot in my revision program....thanxx alot Bhai....
Sir 12:30 me 2nd or 3rd pulley ke bich teneion 2t hona chahiye
Sir I solved many problems by this trick , thankyou sir for helping needy students
Nhi sir glt h ,,uss question mai T=0 aana chahayai thai
T=2T ... what does it mean ..mtlb T=0 simple ..
In some problem you consider only those tension which hv mass on other end while in some problem also conser tension which are due to strings on other end of the pulley. My point is you didn't provide universal rule which defines that which tension we hv to consider mad which one not?
You helped me in boards and u made my pulley fear crystal clear
U r my hope sir.. For the final preparation for neet!!!!
Blessed with your videos.......
Noo I'm so sad I don't understand what you're saying! At least, I finally understand the physics concept on pulleys. 😭😭😭
Thank you so much for the help!!!
Thank you bhaiya .
Kya mei yeh trick acceleration nikalne ke liye bhi kr skta hu?? Reply plz....
"meri to bhaiya ans likhne ki aadat h"
gajab h sir aap!
Bhaiya 4 pulley problem ma uper valli 3 pulleys ma beech vaala pulley par net force 0 so 2t=t implies t=0
Sir is these two videos sufficient for all the variety of problems in shm with tricks ?
6:53 what if we have friction on the surface?
sir please give tricks to find acceleration I of a pulley system
Pehle basic method se solved and tgen trick batai....Yeh hai complete video. Sirf trick nahi basics se bhi solve kia.
Great........................
But how can we find acceleration with formula ??
Thanks a lot!!!!! May God bless you !! Continue this way!!
Awesome
Plz upload some video on AC
Awesome trick sir.. Thank you so much
Sir can we follow this trick to solve any pully block problem or this trick has some disadvantages ?
Sir 8:24 pe us side friction nahi hai na?Friction hota to ye formula apply hota?
How to find acceleration sir?
Awesome trick :-D
When we take T as the tension of mass 2m and T/2 that of mass m in 4th problem in this video we get the value of tension as 2mg but if we solve that with this eqn we get tension as mg . Why?
Sir.... I really salute u....
I really appreciate your work 😊
Sir aap great ho... Tension to itna asaan hogaya,
Your are one of the best teacher in india
Sir gravitation ka trick bataye plz .
Sir, is trick ko rotation m bhi pulley problems m laga sakte h kya.
Ossumm sir.... Mind blowing... Thankyou soo much...😯
sir in this you have teach how to find tension but in case if we want to find acceleration then what's the trick for that
Sir...jo apne first example diya , usme agar friction diya hua hoga to kya kare.
Iss bar tension ke opposite pe friction force lagega.Please tell.
respected sir,
Ek doubt h.........................wo second case me, jis block pe 'mg' balanced h 'normal' se,agar uss block pe frictional force lag rha hota to kya krte?
Can u plz make trick video on work power energy plzzzzzzzz
Awesome tricks bhaiya bahut bahut hi achha
Awesome sir... Thank you so much sir.. 😊 it solved my pulley problems..
Sir...superb..plzzz post such tricks in other chapters even...as early as possible....
Thanks sir!! It is very helpful!
Very good trick....now waiting for some more tricks in physics....
At 6:18, if kinetic friction is acting with a coefficient x then what will we do?
Sir hc verma ka 25 trick se bataye na please
Are you from super 30 batch i.e initiated by the respected Anand sir if yes !!!!! Big salute!!!!!! Bro👏👏
Thank you sir very much... ❤I'm your big big fan.
Sir accleration ka trick nahi hai??
Sir but acceleration find krna ho to kya krnge ..!!!.....fir too equation bnana pdega na.....!!!
Bhai is formula se acceleration bhi nikaal sakte hai kya?
Sir ye trick sirf immovable pulley pe kam karta h n??
Sir please prepare the video on weidge constant
Sir starting value ko T le ya fir 2T because answer different a rhe hai.
Sir please reply!!
Sir don't Mind but I want to ask that you are from Bhopal kiya
Bhai kya aap resonance ke study. se padate hai plz reply
Will be eagerly waiting for trick on rotational motion
NYCC sir
Sir and what about trick for acceleration?
If a block is inclined then it's coffiecient of tension will be multiplied by g or not
Sir , if the surface is rough , tab ye wala formula valid hoga??
Sir plz reply 8:23 main agr frictional force hota to yo kya calculate krte?
T or a ka dot product sab mass ke liye karke unka sun equals to 0 likhke bhi koi bhi eq. Solve ho sakta hain try kar sakte ho
Wow thanks.... a lot sir amazing trick.. finally i got best physics trick teacher👍👍👍 this video is also helping pre medical students thanks sir👌👌
Thank you so much :) . how do you solve pulley problems no. 3 or 4 conceptually?
Sir I am preparing for entry test by the help of past papers so there are many problems of pulley,sometimes it ask for acelebration and sometimes it ask for value of g.i am not understanding how to solve them in tricks please make video on it. I will ever thanks full to you 🌹
Sir agar hame F=2t diya hai aur dono mass (m1,m2) touches ground to time kaise find kare...
Pls reply... Sir
Trick is too good but what about acceleration?
Aap mahan ho sir kya dhansu trick h 😀😀
Sir the trick which you explained for tensions in ex you got answer 12Mg/17 but on solving it I got 3Mg/4=12Mg/16
Sir could you please give a quick reply back
sir, in your example at 14th min. the answer is wrong,tension must be zero. it is a conceptual mistake
Trick se toh sirf tension niklega acceleration ya Kuch aur Puch liya to???
Sir...what about acceleration.... usko find krne k liye wps se puri equation likhni hi pregi
Sir ek wire toh alag tha toh tension T kaise ho gya .same wire nii h .yeh galat h .sayad?
Respect man,, you give credit to your teachers.... Love that 🙏
Respect 🙏🙏
sir inclined plan nd pully wale problem m kr skte h es tric ka use
Please explain tricks to calculate acceleration on these systems
Jab angle diya to kaise kare
Component lelo
bhai mtlb tumne pura video theq se ni dekha
m in shock....m was struggling while doing this kind of problems ....yeh toh chhotkiyo me ho gaya
sir at 8:23 mg is not an external force
Really awesome . Thanks for the video,
awesome... best trick thanks so much
Sir Amazing Trick I have ever seen I am from texas and I am indian preparing for IIT/JEE Thanks for your help
Sir last mai bataya 🤣ki trick kaam ki nahi hai
Dont go by this trick. For complex pulley it is giving wrong answer. See similar example in H C Verma book...where there is a internal motion in pulley. This you can not solve by this trick.
Uh r d best!! Plz keep helping us
Sahi mein sir...bahut jaroorat thi iski...sir pls help us by giving tricks for many such concepts
sir aapne tension ko T/2 and T kyu liya ?jb maine tension ko T and 2T liya (as my natural instinct) tb ans diff aaya??