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1) A hard, dense ball has a mass of  6.19  kg and is released from rest a distance of H =  177 cm above a hot, fresh-baked loaf of banana bread that has a mass of  2.65 kg.  The ball swings downward on a massless string and makes a perfectly inelastic collision with the banana bread when the string breaks at the bottom of its swing.  The ball enters the banana bread loaf and becomes part of it as it slides horizontally off the edge of the table.  The table is h =  66.4 cm  above the ground.  How far from the edge of the table (R) will this ball-plugged banana bread loaf land?  Ignore air resistance and friction. a) 1.52 m

1) A hard, dense ball has a mass of  6.19  kg and is released from rest a distance of H =  177 cm above a hot, fresh-baked loaf of banana bread that has a mass of  2.65 kg.  The ball swings downward on a massless string and makes a perfectly inelastic collision with the banana bread when the string breaks at the bottom of its swing.  The ball enters the banana bread loaf and becomes part of it as it slides horizontally off the edge of the table.  The table is h =  66.4 cm  above the ground.  How far from the edge of the table (R) will this ball-plugged banana bread loaf land?  Ignore air resistance and friction. a) 1.52 m

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11) A hard, dense ball has a mass of  6.19  kg and is released from rest a distance of H =  177 cm above a hot, fresh-baked loaf of banana bread that has a mass of  2.65 kg.  The ball swings downward on a massless string and makes a perfectly inelastic collision with the banana bread when the string breaks at the bottom of its swing.  The ball enters the banana bread loaf and becomes part of it as it slides horizontally off the edge of the table.  The table is h =  66.4 cm  above the ground.  How far from the edge of the table (R) will this ball-plugged banana bread loaf land?  Ignore air resistance and friction.

a) 1.52 m

b) 3.03 m

c) 0.08 m

d) 0.56 m

e) 0.76 m

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