In the higure below, a bat of mass Mand radius R rols smoothly trom rest down a ramp and onto a orouler leop of radius 0.47 The intial height of the bat is -0.45m At the loop bottom, the magnitude of the normal force on the balis 2.00. The bell consists of an outer spherical shet (ofa certain uniform density) thati gued tea central sd sphere (af a amerent untem densty). The rotational inertia of the bal can be expressed in the general form ee, butnot 0.4ra bal wth a singe unom density DetermineA
In the higure below, a bat of mass Mand radius R rols smoothly trom rest down a ramp and onto a orouler leop of radius 0.47 The intial height of the bat is -0.45m At the loop bottom, the magnitude of the normal force on the balis 2.00. The bell consists of an outer spherical shet (ofa certain uniform density) thati gued tea central sd sphere (af a amerent untem densty). The rotational inertia of the bal can be expressed in the general form ee, butnot 0.4ra bal wth a singe unom density DetermineA
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Transcribed Image Text:In the figure below, a bal of mass N and radius R rois smoothly trom rest down a ramp and onto a orcular oop of radius 0.47 m. The intial height of the ball isa=0.45 m. At the loop bottom, the
magnitude of the normal force on the bal is 2.00Mg. The ball consists of an outer spherical shelt (of a certain uniform density) that is ghued to a central solid sphere (of a dferent uniform density). The
rotational inertia of the bal can be espressed in the general form ee, but is not 0.4 as for a batl with a single uniform density. Determine A
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