rotation
The com will lie somewhere on the axes passing through the centre of the disc. But how we will find the Angular momentum about COM? or are we supposed to find the angular momentum about the axes passing through it? { option 3}
19 Replies
@Gyro Gearloose
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.This is very exhausting question you can use it as case study for rotation problems
Refer to physics galaxy solutions for this
Physics galaxy have provided the soln for this?
I think its not availble online i read from their advd pyq book
ahh okay i dont hve access to that
just found some 6 hr explanation video rec on my yt rn for this q
6 hour???
He explains the basic things too
😭😭😭 6 hours
That channel name xD
lol
I looked up at his channel he made another video on just the trigonometry of this question 💀
he is kind of a weirdo
i've seen his vids and he apparently tries a hit and trial kinda approach for questions and that just absurd.
i've solved this one.
conceptually its a good one but i used a kind of a formula based approach the first time i tried it and got it quite easily.
haven't revised rotational in a while but ill see everything once again and ans your doubt
Alright
I had seen that nice explanation given by him although he didn’t knew how to find angular momentum
Thats why it took so long
isko wrap up kare kya?
+solved @Aman @@Ameya²
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