Sir ,one doubt: the height which is calculated is from the bottom of the meniscus ...so shouldn't be the actual height is greater than the calculated theoretical height ? And we have to add and not subtract it ? Sir please clarify once TIME STAMP @4:41
Sir in option D after reaching 5cm point it has two options either to stay back in T1 and Increase its radius of curvature or to take help of the surface tension due to T2. here there is room for the liquid to move upwards, so we cannot say that there is insufficient length. So both options are looking possible. but why does it choose the first option
SIR! I have done that fluids question where "Atwood machine" logic worked! However I am having trouble with another question (conceptual) which is Q24-25(Para) Chapter 13 [Page 13.8].. Requesting you to take it up whenever you can.. please
sir in option D why the fluid would not rise up in T2 capillary.The surface tension of T2 can act on the fliud to pull it upwards.Why it does not happen?
Meniscus always changes shape gradually. So angle of contact changes and holds the liquid in T1 itself. That's the beauty of "insufficient length" Concept
I will take it up in coming weeks 👍. For starters there is no answer in the options for the Question. Also information is insufficient to arrive at one unique Answer
@@PHYSICSSIRJEE sir information is complete but many of them mistook the point of common interaction as a IAR(instantaneous axis of rotation) due to which and is not coming or coming wrong but Question is complete if we could see that both circle will move with same omega.
@@PHYSICSSIRJEE sir but that is a common sense that they have taken an ideal case since it not given so they may take it as ideal case of being ring horizontal in presence of gravity since options were not like of a real situation.
@@thermmech4835 that's what the problem is , what looks like common sense to us outside the exam hall , may not be so physically simple for the students in the exam hall 👍🙂. Btw , why did you think JEE deleted the Question ( first one ) in the final key?
Sir, at 4:25 when you explain correction in height, you say that we measure the height from the bottom of the meniscus and so the height is slightly higher and we are supposed to subtract something from it....but sir, I didn't understand how it is higher when we haven't included that water which is left out... so shouldn't it be greater than the measured value... and shouldn't we add something to it? and is there a way to calculate that correction?
@@PHYSICSSIRJEE Ok sir, but why is the height correction more than that measured? Why shouldnt it be less than measured as we haven't accounted the water in those spaces...
Sir thanks a lot for this video and could you pls take some good problems from modern physics atomic collision topic as very few problems are there in pyq could you pls bring up some modern physics problem sir
This series is much appreciated, when someone professional solves pyq we actually get a taste of the question rather than just going for solution.
i always learn something new from your videos. thank you sir😊
Sir ,one doubt: the height which is calculated is from the bottom of the meniscus ...so shouldn't be the actual height is greater than the calculated theoretical height ? And we have to add and not subtract it ? Sir please clarify once
TIME STAMP @4:41
Perfectly presented explanation sir. Thank you so much.
Sir in option D after reaching 5cm point it has two options either to stay back in T1 and Increase its radius of curvature or to take help of the surface tension due to T2. here there is room for the liquid to move upwards, so we cannot say that there is insufficient length. So both options are looking possible. but why does it choose the first option
Sir can you please answer this doubt
Thanks for the video sir. Please include few more problems on surface tension and modern physics for jee adv sir. HAPPY TEACHERS DAY
Thanks for the wishes🙂 . I will try to include those topics
It looks like Capiliary Tube is a very Hot Topic for Advanced point of view!😮
Yeah its smoking hot🔥
Thank You sir you have cleared all doubt and provided the best solution available on internet .
really liking the videos on this channel!
I really appreciate the solution with such a depth . Thanks a lot sir
I leave the option 1 in my mock test due to this ambiguity and have +2 marks only 😵💫as option is also correct as per the jee !!!!
SIR! I have done that fluids question where "Atwood machine" logic worked! However I am having trouble with another question (conceptual) which is Q24-25(Para) Chapter 13 [Page 13.8].. Requesting you to take it up whenever you can.. please
I will do that 👍🙂
Which book are ou talking about ekjot
Could you pls share
@@RkRohit I think Pathfinder
Awesome Explained!💙
Sir at 4:43 did u mean to say that the h we calculate using formula is less than the actual h?
Its beta-gamma of preparation 🔥
Thank you very much sir🥳🥳🥳🥳
sir in option D why the fluid would not rise up in T2 capillary.The surface tension of T2 can act on the fliud to pull it upwards.Why it does not happen?
Meniscus always changes shape gradually. So angle of contact changes and holds the liquid in T1 itself. That's the beauty of "insufficient length" Concept
@@PHYSICSSIRJEE
is there no case in which the fluid flows upwards from one capillary to another capillary?
@@AyushKumar-tt2lq only if you submerge T1 Completely 😁
@@PHYSICSSIRJEE
ok sir
nicely understood the concept!!!
@@PHYSICSSIRJEE mindblowing XO
Sir it was very very helpful!!!!!!!🙏🙏🙏
sir so in 8:28 will the equations be like 7.5*(r initial)=5*(r new)
im not much confident in surface tension so i dont think im correct
Sir we have to subtract some height because due to extra weight of liquid in meniscus the height risen is actually lesser?
Good morning guru ji ❤️
Very well explained sir 🔥👍🏻👌
janardhan sir can u please make a video on normal reaction on a rod falling smoothly on a frictionless floor as a function of theta
Well explained sir👌👌
Sir ....please also explain jee advanced 2017 question of rotation ....(RING AND FINGER QUESTION)....
I will take it up in coming weeks 👍. For starters there is no answer in the options for the Question. Also information is insufficient to arrive at one unique Answer
@@PHYSICSSIRJEE sir information is complete but many of them mistook the point of common interaction as a IAR(instantaneous axis of rotation) due to which and is not coming or coming wrong but Question is complete if we could see that both circle will move with same omega.
@@thermmech4835 it is impossible for the ring to stay in horizontal plane when gravity is present .
@@PHYSICSSIRJEE sir but that is a common sense that they have taken an ideal case since it not given so they may take it as ideal case of being ring horizontal in presence of gravity since options were not like of a real situation.
@@thermmech4835 that's what the problem is , what looks like common sense to us outside the exam hall , may not be so physically simple for the students in the exam hall 👍🙂.
Btw , why did you think JEE deleted the Question ( first one ) in the final key?
Awesome sir very well explained
Nicely Explained 😄
Thank you sirji😊❤
Sir, at 4:25 when you explain correction in height, you say that we measure the height from the bottom of the meniscus and so the height is slightly higher and we are supposed to subtract something from it....but sir, I didn't understand how it is higher when we haven't included that water which is left out... so shouldn't it be greater than the measured value... and shouldn't we add something to it? and is there a way to calculate that correction?
Calculation is easier for zero contact angle. Please refer to NCERT lab manual for the Calculation
@@PHYSICSSIRJEE Ok sir, but why is the height correction more than that measured? Why shouldnt it be less than measured as we haven't accounted the water in those spaces...
@@PHYSICSSIRJEE SAME DOUBT SIR PLEASE TELL
Sir I am not able to understand the meaning of correction here please reply 🙏🙏??
Time stamp?
thank you sir😊
Thanks sir :)
thanks sir
Sir please take up OPHO q 38
Done 👍🙂
Danish Juneja yup
@@danishjuneja vahi sab crush ke piche pade raho🤣
Sir got concept cleared ,was facing problem while solving,thanks a lot
Sir thanks a lot for this video and could you pls take some good problems from modern physics atomic collision topic as very few problems are there in pyq could you pls bring up some modern physics problem sir
Already made one in AITS select playlist. Please kindly check once
PHYSICS SIR JEE - IIT JEE and OLYMPIAD - JANARDHAN sorry sir didn’t check properly thanks sir
Waiting for corolis force !!!
It will take time 🙂
@@PHYSICSSIRJEE Sir can you recommend some theory books for physics?
@@tanveersharma2793purpose : JEE advanced or OLYMPIADS?
Olympiads Sir I have nothing to do with jee advanced😁
I'm a ! medical aspirant aspiring for physics and biology Olympiads
sir in option d instead of adjusting the angle,why cant the water rise in the second tube and then we can adjust the angle from there?
Thank you very much sir ❤️
Thank you sir