four thin uniform rods each of length L and mass m are joined to form a square.the moment of inertia of square about an axis along its one diagonal is
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According to the perpendicular axis theorem the moment of the inertia of square can be represented as
lz= lx + ly
so according to this
L = ml²/6
that is our answer
Hope you got your correct answer.
i hope this will help you to understand the question and in your study.
According to the perpendicular axis theorem the moment of the inertia of square can be represented as
lz= lx + ly
so according to this
L = ml²/6
that is our answer
Hope you got your correct answer.
i hope this will help you to understand the question and in your study.
RohJain:
I think answere must be 2ml^2 / 3
Yes 2ml^2/3
Answered by
0
Answer:
according to the perpendicular axis theorem,the moment of the inertia of the square can be represented as ,lz=lx+ly.
according to this,l =ml²\6.
HOPE THIS ANSWER HELPS YOU....
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