Moment of Inertia of an equilateral triangular plate | JEE Advanced Concept Shots | Chetan Mishra
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- Опубликовано: 10 окт 2024
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This is what I was searching for. 🎉🎉
Thanks ❤
(L/2 root3) hoga na do centroid ke beech ka dist
Then usse to alag aaj jata hai?
Why didn't you use this standard result :
Moment of Inertia of a triangular lamina with mass uniformly distributed on it about any axis of rotation is equal to the moment of inertia of 3 point masses having one third mass of the triangular lamina placed at the midpoint of each side of the triangular lamina about the same axis of rotation .
This is the best and easiest approach .
Superb explaination❤❤
Me after method 2:-
Aapke solve karne ka tarika thoda casual h 😂😂
First method Explanation was good but the 2nd method wasn't convincing and usme feel ni ayaaisa lagra tha wrong approach hai lol😂
Edit:2nd method mai
Joh 3× hua hau outer triangle ke liye , usme basically humne Sare triangle ka moment of inertia about center axis ki nikala hai and outer triangle la I+Distance from their com ..... Bruh
Thank You very much
Sir, we know that for any triangle, the moment of inertia about its base is mL^2/6, so if we replace 'h' by Lsin60 , we get mL^2/8...Sir where am i making a mistake??
that result is valid when the axis passes through one of the sides. here, the axis passes through the centroid. hope it helps :)
Thank you sir
Sir which is the best time for the jee preperation
Currently I am studying in class 10th but if I start my prepration from class 11 can I score in jee then?
Please answer sir.
Ofcourse
Yes. You can do well even if you start in class 11th. All you need is being serious regarding your studies and being honest to the process. I started in class 11th and ended up with an AIR of 793. If I can do that much you can do even better. All the best. :)
@@AbhishekMishraiitkgp thank you sir.
@@ashmitsharma2668 How did it go for you?
very good explanation sir❤
OP sir
Nice video
Just awesome sir
nice nice 😀
Sir best💗💗💗💗 explanation & all concept in a very short video......u r also best.....
Sir if possible I would be very happy if you Collab with 💓💓💗💗PHYSICS WALLAH in future
Thanku sir😀