A double radius pulley is attached to a wall by an axle of negligible friction and is initially at rest. Two vertical forces, both with magnitude Fıp = F2P =19 N, are applied at the radii R1 =0.4 m and R2 =1 m as shown. F. 2p Fip 1p Determine the kinetic energy of the pulley after it has undergone one full rotation. 2.AO 72 J BO 0 J C) 167 J DO 9576 J EO 4104 J
A double radius pulley is attached to a wall by an axle of negligible friction and is initially at rest. Two vertical forces, both with magnitude Fıp = F2P =19 N, are applied at the radii R1 =0.4 m and R2 =1 m as shown. F. 2p Fip 1p Determine the kinetic energy of the pulley after it has undergone one full rotation. 2.AO 72 J BO 0 J C) 167 J DO 9576 J EO 4104 J
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A double radius pulley is attached to a wall by an axle of negligible friction and is initially at rest. Two vertical forces,
both with magnitude F1P = F2P =19 N, are applied at the radii R1 =0.4 m and R2 =1 m as shown.
Determine the kinetic energy of the pulley after it has undergone one full rotation.
Transcribed Image Text:A double radius pulley is attached to a wall by an axle of negligible friction and is initially at rest. Two vertical forces,
both with magnitude Fip = F2P
=19 N, are applied at the radii R1 =0.4 m and R2 =1 m as shown.
F.
2p
1p
Determine the kinetic energy of the pulley after it has undergone one full rotation.
2.АО 72 J
BO 0 J
CO 167 J
DO 9576 J
EO 4104 J
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