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Swimmers at a Water Park Have a Choice of Two  v2, \text { v2, }

Question 143

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Swimmers at a water park have a choice of two frictionless water slides, as shown in the figure. Although both slides drop over the same height h , slide 1 is straight while slide 2 is curved, dropping quickly at first and then leveling out. How does the speed  Swimmers at a water park have a choice of two frictionless water slides, as shown in the figure. Although both slides drop over the same height  h , slide 1 is straight while slide 2 is curved, dropping quickly at first and then leveling out. How does the speed   of a swimmer reaching the bottom of slide 1 compare with  \text { v2, }  the speed of a swimmer reaching the end of slide 2 ?   A)   v 1 < v 2  B)   v _ { 1 } = v _ { 2 }  C)   v _ { 1 } > v _ { 2 }  D)  The heavier swimmer will have a greater speed than the lighter swimmer, no matter which slide he uses. E)  No simple relationship exists between  v 1 \text { and } v 2 of a swimmer reaching the bottom of slide 1 compare with  v2, \text { v2, } the speed of a swimmer reaching the end of slide 2 ?
 Swimmers at a water park have a choice of two frictionless water slides, as shown in the figure. Although both slides drop over the same height  h , slide 1 is straight while slide 2 is curved, dropping quickly at first and then leveling out. How does the speed   of a swimmer reaching the bottom of slide 1 compare with  \text { v2, }  the speed of a swimmer reaching the end of slide 2 ?   A)   v 1 < v 2  B)   v _ { 1 } = v _ { 2 }  C)   v _ { 1 } > v _ { 2 }  D)  The heavier swimmer will have a greater speed than the lighter swimmer, no matter which slide he uses. E)  No simple relationship exists between  v 1 \text { and } v 2


A) v1<v2v 1 < v 2
B) v1=v2v _ { 1 } = v _ { 2 }
C) v1>v2v _ { 1 } > v _ { 2 }
D) The heavier swimmer will have a greater speed than the lighter swimmer, no matter which slide he uses.
E) No simple relationship exists between v1 and v2v 1 \text { and } v 2

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