Adv Illustrations – A Ball Sliding inside a Cylindrical Groove | System of Particles #4 for JEE Adv

Questions asked in JEE Advanced are based on critical thought processes rather than direct application of concepts. For preparation of JEE Advanced, students have to focus on problems based on multi concept applications.

Ashish Arora Sir has taken up a case of A Ball Sliding inside a Cylindrical Groove from the chapter System of Particles which is important for select in IIT. System of Particles covered in Class 11 NCERT and is crucial in JEE preparation. These advanced illustrations cover all formulas and relevant solved examples from system of particles and are useful for making notes for IIT JEE preparation.

System of particles is one of the most critical sections of Mechanics in which questions are asked in JEE. This set of advanced illustrations covers questions on collision, compression in spring, center of mass, rocket ejection, elastic collision, coefficient of restitution, pendulum, potential energy, kinetic energy in collision cases, angle of divergence, bullet, displacement of center of mass, momentum, trolley cases, chain falling on a table. Questions have been asked on these concepts in previous years in JEE Mains, JEE Advanced and Olympiads.

#jeeadvance #jeephysics #pg4AdvIllustrations #sop4jee #systemofparticles

[infinitevoid]

Similar qs was asked in 2017 jee adv MCQ😈

[TargetIITBatch]

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[MazharKhan-dlfc]

Sir in the next problem, you considered the motion of groove due to normal reaction of ball but why didn't you consider it here?? Plzz clarify my doubt

[sucharitabudhiraja]

sir here can we take ground also as a system and conserve momentum in vertical direction also

[themysterious]

I wonder in videos of PG at how do you write paper and there is a printed question on different papers or is it just the hologram or something like projector?

[srisravyavukyam]

why displacement of ball is not square root of 2 times r as shortest path between initial and final positions is straight line with length root 2 r.Please help

[vishwaspuri]

Sir, how will we find the velocity at the lowest point in this case?