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A rod of mass 'M' and length 'L' is placed on frictionless horizontal surface. Rod is given an angular velocity ω0 as shown in figure. When rod rotates by 90∘, it hits a stationary hinge and gets attached to it. New angular velocity is ω such that ω=nω0. Here n is . (Answer upto two digits after the decimal point.)

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A rod of mass 'M' and length 'L' is placed on frictionless horizontal surface. Rod is given an angular velocity ω0 as shown in figure. When rod rotates by 90∘, it hits a stationary hinge and gets attached to it. New angular velocity is ω such that ω=nω0. Here n is . (Answer upto two digits after the decimal point.)


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