A pumpkin has been launched from a trebuchet at the amual World Championship "Pumpkin Chunkirf competition in Milsboro, Delaware. The pumpkin, as shown in Figure 4, is assumed to have been released at Owih an initial speed v. and an elevation angle B. Detemine the time rate of change of he speed at he ime of release and the radius of curvature of the pumpkin's trajedory at its highest point. Figure 4: A pumpkin launched by a trebuchet.

A pumpkin has been launched from a trebuchet at the amual World Championship "Pumpkin Chunkirf competition in Milsboro, Delaware. The pumpkin, as shown in Figure 4, is assumed to have been released at Owih an initial speed v. and an elevation angle B. Detemine the time rate of change of he speed at he ime of release and the radius of curvature of the pumpkin's trajedory at its highest point. Figure 4: A pumpkin launched by a trebuchet.

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Description: A pumpkin has been launched from a trebuchet at the annual World Championship "Pumpkin Chunkin' competition inMilsboro, Delaware. The pumpkin, as shown in Figure 4, is assumed to have been released at Owih an initial speedV, and an elevation angle 8

College Physics

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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A pumpkin has been launched from a trebuchet at the annual World Championship "Pumpkin Chunkin' competition in
Milsboro, Delaware. The pumpkin, as shown in Figure 4, is assumed to have been released at Owih an initial speed
V, and an elevation angle 8. Detemine the time rate of change of the speed at fhe fme of release and the radius of
curvature of the pumpkin's trajedtory at its highest point.
Figure 4: A pumpkin launched by a trebuchet.

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