At time t=0, a disk of radius 1 m starts to roll without slipping on a...

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At time t=0, a disk of radius 1 m starts to roll without slipping on a horizontal plane with an angular 2 acceleration of α = = rad s. A small stone is stuck to the disk. At t = 0, it is at the contact point of the 3 disk and the plane. Later, at time t = √ s, the stone detaches itself and flies off tangentially from the disk. 1 X + +. 2 10 The value of The maximum height (in m) reached by the stone measured from the plane is x is [Take g=10ms.] At time t=0, a disk of radius 1 m starts to roll without slipping on a horizontal plane with an angular 2 acceleration of α = = rad s. A small stone is stuck to the disk. At t = 0, it is at the contact point of the 3 disk and the plane. Later, at time t = √ s, the stone detaches itself and flies off tangentially from the disk. 1 X + +. 2 10 The value of The maximum height (in m) reached by the stone measured from the plane is x is [Take g=10ms.]

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