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Mass of the body is 7kg and acceleration...

Mass of the body is `7kg` and acceleration is ` 8m/s^2` then force of body is

Text Solution

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Let the torsioN/Al constant of the wire be k. The moment of inertia of the first disc about the wire is `0.2kgm^2`. Hence the time period is
`2s=2pisqrt(I/K)`
`=2pi(sqrt(0.2kg-m^2)/k)`……….i
When the sencond disc having moment of inertia `I_1` about the wire is added time period is
`2.5s=2pi (sqrt(0.2kg-m^2+I_1)/k)`......ii
From i and iij `3.25/4=(0.2kg-m^2+I_1)/(0.2kgm^2)`
this gives `I_1=0.11 kg-m^2`
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