Question

moment of inertia of the given question

Answer 1

@ganeshie8 @hartnn @Miracrown @Luigi0210 @nincompoop @ParthKohli @Kainui @mathmale

Answer 2

it's just a combination of two rods each of mass m/2 and length l/2. does it depend on theta? I don't think so.

Answer 3

i think so that the mass will reduce for each part

Answer 4

density is m/l and mach for each part m/2

Answer 5

do you think that the angle \(\theta\) matters? I don't.

Answer 6

me to i dont think theta matters bu

Answer 7

\[\frac{2ML^{2} }{ (4)12 }+2ML^2/4\]

Answer 8

you should get \(\frac{ML^2}{12} \) in that case I guess

Answer 9

i dont know confused

Answer 10

@ganeshie8

Answer 11

I'm getting same as Parth

Answer 12

ok thanks
it would be l^2/16