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9.80 - In Fig. P9.80, the cylinder and pulley turn without frictron about stationary horizonzal axles that pass through their centers. A light rope is wrapped around the cylinder, passes over the pulley, and has a \( 3.00-\mathrm{kg} \) box suspended from its free end. There is no slipping between the rope and the pulley surface. The uniform cylinder has mass 5.00 kg and radius 40.0 cm . The pulley is a uniform disk with mass 2.00 kg and radius 20.0 cm . The box is released from rest and descends as the rope unwraps from the cylinder. Find the speed of the box when it has fallen 2.50 m . Figure P9. 80

          9.80 - In Fig. P9.80, the cylinder and pulley turn without frictron about stationary horizonzal axles that pass through their centers. A light rope is wrapped around the cylinder, passes over the pulley, and has a \( 3.00-\mathrm{kg} \) box suspended from its free end. There is no slipping between the rope and the pulley surface. The uniform cylinder has mass 5.00 kg and radius 40.0 cm . The pulley is a uniform disk with mass 2.00 kg and radius 20.0 cm . The box is released from rest and descends as the rope unwraps from the cylinder. Find the speed of the box when it has fallen 2.50 m .

Figure P9. 80
        
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9.80 - In Fig. P9.80, the cylinder and pulley turn without frictron about stationary horizonzal axles that pass through their centers. A light rope is wrapped around the cylinder, passes over the pulley, and has a 3.00-kg box suspended from its free end. There is no slipping between the rope and the pulley surface. The uniform cylinder has mass 5.00 kg and radius 40.0 cm . The pulley is a uniform disk with mass 2.00 kg and radius 20.0 cm . The box is released from rest and descends as the rope unwraps from the cylinder. Find the speed of the box when it has fallen 2.50 m .

Figure P9. 80

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
Chapter 9
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9.80 - In Fig. P9.80, the cylinder and pulley turn without frictron about stationary horizonzal axles that pass through their centers. A light rope is wrapped around the cylinder, passes over the pulley, and has a \( 3.00-\mathrm{kg} \) box suspended from its free end. There is no slipping between the rope and the pulley surface. The uniform cylinder has mass 5.00 kg and radius 40.0 cm . The pulley is a uniform disk with mass 2.00 kg and radius 20.0 cm . The box is released from rest and descends as the rope unwraps from the cylinder. Find the speed of the box when it has fallen 2.50 m . Figure P9. 80
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In $\textbf{Fig. P9.80}$, the cylinder and pulley turn without friction about stationary horizontal axles that pass through their centers. A light rope is wrapped around the cylinder, passes over the pulley, and has a 3.00-kg box suspended from its free end. There is no slipping between the rope and the pulley surface. The uniform cylinder has mass 5.00 kg and radius 40.0 cm. The pulley is a uniform disk with mass 2.00 kg and radius 20.0 cm. The box is released from rest and descends as the rope unwraps from the cylinder. Find the speed of the box when it has fallen 2.50 m. Figure P9.80 (CANT COPY FIGURE)

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In Fig. $\mathbf{P 9 . 8 2},$ the cylinder and pulley turn without friction about stationary horizontal axles that pass through their centers. A light rope is wrapped around the cylinder, passes over the pulley, and has a $3.00 \mathrm{~kg}$ box suspended from its free end. There is no slipping between the rope and the pulley surface. The uniform cylinder has mass $5.00 \mathrm{~kg}$ and radius $40.0 \mathrm{~cm} .$ The pulley is a uniform disk with mass $2.00 \mathrm{~kg}$ and radius $20.0 \mathrm{~cm} .$ The box is released from rest and descends as the rope unwraps from the cylinder. Find the speed of the box when it has fallen $2.50 \mathrm{~m}$.

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In Fig. 9.38 , the cylinder and pulley turn without friction about stationary horizontal axles that pass through their centers. A light rope is wrapped around the cylinder, passes over the pulley, and has a $3.00-\mathrm{kg}$ box suspended from its free end. There is no slipping between the rope and the pulley surface. The uniform cylinder has mass 5.00 $\mathrm{kg}$ and radius 40.0 $\mathrm{cm} .$ The pulley is a uniform disk with mass 2.00 $\mathrm{kg}$ and radius 20.0 $\mathrm{cm} .$ The box is released from rest and descends as the rope unwraps from the cylinder. Find the speed of the box when it has fallen 1.50 $\mathrm{m} .$

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