Simple Constrained Motion for JEE & NEET | Class 11 #OnionPhysics | Mechanics L-15

Topics covered in Lecture 15 of Simple Constrained Motion for JEE & NEET in Onion Physics are listed below with timestamps:

Timestamps:
00:00 Simple Constrained Motion
01:10 Simple constrained motion of two connected bodies in Atwood's machine
03:23 Constrained motion when the direction is not along the string length
04:45 Speed calculation in a pulley block system by constrained motion
06:32 Acceleration calculation in a pulley block system by constrained motion
10:41 Constrained Motion analysis of a sliding rod between floor and wall
14:40 Speed calculation of end A of sliding rod between floor and wall by constrained motion

Simple constrained motion is one of the most fundamental concepts which easily gets turned in higher-order thinking questions with certain variations. The basics include pulley block systems, Atwood's machine, blocks connected with inextensible string, and analysis of their speed and velocity. In this video, Ashish sir has discussed multiple methods of solving the same question but it is important that students preparing for both JEE and NEET build skills on all the problem-solving methods discussed so that they are able to choose whichever approach is more suitable in multiple application problems.

Onion Physics is a FREE You Tube series for High Quality Online Physics Classes for JEE & NEET preparation. In this series, complete physics is taught through Illustrations based on different physical situations. JEE Main and NEET are competitive exams in which about 50 percent of questions are based on applications of physical situations and the rest are based on memory and fundamental analytical concepts. In JEE Advanced all questions asked are purely on applications of concepts in simple as well as complex experiments and physical situations. Onion Physics is focused on learning through examples and different physical situations which makes it the best online jee coaching available in Physics.

#rigidbodydynamics #rotationalmotion #jeemain #jeeadvanced #neet #jeepreparation #neetpreparation #onionphysics

[Swara_jee_Aspirant]

Sir u were also gonna take projectile in 3D??

[parthkatoch]

17:08, L = root(x^2+y^2) for all those who were confused with this...
Doesn't really matter in the end as L is constant so L^2 is also constant...

Through both methods, we would get the answer, but differentiating L would be a little lengthier.

[tejassawant]

watching this lecture after solving cengage

[sagnikghosh]

The amount of promotion of his content and books is insane.

[jsk]

In don't care what others say but without a doubt he is the current "god of physics " . even teachers watch his lectures

[technicalsuhailpoint]

Sir Paugi aap hi hain na 😂parde ke peechhe

[rudranshagrawal]

Sir please start onion series for class 12 please.. batch 2021-22

[srija]

Sir plz start onion physics for class 12 also along with cls 11

[sauravkumar-wqco]

Thanks YouTube for recommending this gems channel.
Every educator yelling mine is advance level video.
Ashish sir be like: ruko jara sabar karo🙄🙄🙄🙄😎😎

[maneeshsinghgautam]

Who is the fan of aashish sir daily short videos of tips and tricks..

[rajendrachilapur]

thank you for contribution to free education

[ashutoshkumarpathak]

Sir 1 week ho gaya we are waiting for surprise

[bnhgbul]

Sir, till when 11th syllabus gets completed??

[student]

Sir please start onion lecture s for class 12

[mugen]

Can anyone please tell me why sir has taken L=x^2+y^2 at 16:54 and not

[tanishk_aa]

Thanks sir, aapka pdhaya bilkul smjh ni aaya!😢

[harshdarji]

sir why isnt the length of rod taken as sqrt(x^2 + y^2) ?

[ambarsinha]

Thank you sir. Pls give us homeworks too in all levture as you gave in this one

[garry]

16:51 sir length of rod underoot x sq + y sq

[PhysicsJeemains]

16:50 how can we write L=xsquare + y square it should be root under x square + y square please guide