determine the angular acceleration of the disc in (rad/s²) .
determine the linear acceleration of the disc in(m/s²).
determine the tractive resistance Tr of the surface in (N).
1:55:3 A solid cylindrical disc of weight 867 N rolls down along a 30° inclined surface without any slipping, as shown in figure. If the radius of the disc is 150 mm and tractive resistance of the surface is (T). Determine the moment of inertia of the rolling disc (in kg.m²) a 130° a
1:55:3 A solid cylindrical disc of weight 867 N rolls down along a 30° inclined surface without any slipping, as shown i
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1:55:3 A solid cylindrical disc of weight 867 N rolls down along a 30° inclined surface without any slipping, as shown i
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