Problem 1student tries to help some local kids make a tire swingby throwing a rope over a branch, which is difficult because thereare two branches (they should pick a different tree). The lower1 m abovethat. The student throws the weighted end ofa very light ropewith an initial angle of 0 = 70° releasing it underhand at a =6 m from the tree.Abranch is e = 7 m off the ground and upper is d0.5 m from the ground while standing bDetermine the INuge of minimum and maximm initial velocitiesrequired to get over the lowest lin:b (B) without hitting the upperbranch (C).

Name: Problem 1student tries to help some local kids make a tire swingby th
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Description: Problem 1student tries to help some local kids make a tire swingby throwing a rope over a branch, which is difficult because thereare two branches (they should pick a different tree). The lower1 m abovethat. The student throws the weighted end ofa v

The angle of projection is θ=70°. The initial height is y0=a=0.5 m. The ground distance of the…

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student tries to help some local kids make a tire swing by throwing a rope over a branch, which is difficult because there are two branches (they should pick a different tree). The lower branch is c = 7 m off the ground and upper is d = 1m above that. The student throws the weighted end of a very light rope with an initial angle of 9 = 70° releasing it underhand at a = 0.5 m from the ground while standing b = 6 m from the tree. A %3D Determine the rauge of minimum and maximum initial velocities required to get over the lowest lin:b (B) without hitting the upper branch (C).

student tries to help some local kids make a tire swing by throwing a rope over a branch, which is difficult because there are two branches (they should pick a different tree). The lower branch is c = 7 m off the ground and upper is d = 1m above that. The student throws the weighted end of a very light rope with an initial angle of 9 = 70° releasing it underhand at a = 0.5 m from the ground while standing b = 6 m from the tree. A %3D Determine the rauge of minimum and maximum initial velocities required to get over the lowest lin:b (B) without hitting the upper branch (C).

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter9: Energy In Nonisolated Systems

Section: Chapter Questions

Problem 16PQ

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