A thread is wound around two discs on either sides. The pulley and the two discs have the same mass and radius. There is no slipping at the pulley and no friction at the hinge. The linear acceleration of disc 1, disc 2 and the angular acceleration of pulley be a1, a2 and α respectively. Then

A thread is wound around two discs on either sides. The pulley and the

1.	A thread is wound around two discs on either sides. The pulley and the two discs have the same mass and radius. There is no slipping at the pulley and no friction at the hinge. The linear acceleration of disc 1, disc 2 and the angular acceleration of pulley be a1, a2 and α respectively. Then
Answer» A thread is wound around two discs on either sides. The pulley and the two discs have the same mass and radius. There is no slipping at the pulley and no friction at the hinge. The linear acceleration of disc $1$ , disc $2$ and the angular acceleration of pulley be $a_{1}$ , $a_{2}$ and $α$ respectively. Then

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A thread is wound around two discs on either sides. The pulley and the two discs have the same mass and radius. There is no slipping at the pulley and no friction at the hinge. The linear acceleration of disc 1, disc 2 and the angular acceleration of pulley be a1, a2 and α respectively. Then

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