Sir splendid explanation you are a gem , ruby, sapphire 😊 i have learnt this concept from sbt sir in his one problem solving video in which location of centre of mass was asked he said that this question can be done(the one given in his book) by balancing torque and and giving it a shape of inequality but he discussed a much shorter approach where he said the same concept. At that time i wouldn't understand it clearly the concpet of COM weight line but now it understood it profoundly .
Pr sir apne toh baacho ko metal ball ke baarein mein bata ya hi nhi 😂 Sir hamesha out of syllabus solution laate hai jo baache kr hi nhi paate 😂😂 Sir rocked😎 Students shocked 😮
As an Engineer, i am really happy to see and learn your videos. This type of methodology should be taught in all engineering colleges and sciences colleges across India. This really helps to understand the concepts and clear the concepts of Mechanics and Engineering in General.
Sir jaise teachers tumhe School mein nahi milenge..kyonki kaam aur dedication usi hisaab se hota hai. In Mahashay ko ek school Teacher ki Salary do aur phir dekho ye aise padhaate hai ya nahi.
2nd girl didn't pushed the wheel, she actually rotated that wheel. Like you added some external weight for rotation momentum and purposely position that wheel accordingly.
The second girl actually did it. When she rotated the wheel there was friction at the bottom but it was not moving and due to friction angular speed decreased and wheel started rolling motion then. And during the rolling motion no external force was applied by the girl and even friction is zero at this time.
@@kriish7514 inertia ki wajah se wheel clockwise rotate bhi kar rha hai aur wheel ko chodte samay upar ki taraf pull bhi kara tha toh takrane ke baad reaction force laga, wheel hawa mein aur inertia (both linear and rotational movement) ki wajah se right move kara
I really want to go back to school with you as the teacher. Never seen someone explaining like this where class room became labs and concepts became fun
