Vox = Vo Vay =a 4. Chased by assassins, Jason Bourne makes a daring motorcycle leap from the (flat, level) top of a parking garage, to the roof of an office building which is 2.50 m lower, and 19.50 m away. Assume he drives off the garage horizontally, and there is no air friction. If he launches with a speed v= 27.4 m/s: (a) Will he land on the roof (blue path), or hit the side of the building (red path)? Support your answer with a calculation. (b) Based on your results from part (a), find the components of his velocity at the moment that he hits the building. (fc 2.50m In b.29 garage us 19.50m buildigg (drawing is not to scale!)

Vox = Vo Vay =a 4. Chased by assassins, Jason Bourne makes a daring motorcycle leap from the (flat, level) top of a parking garage, to the roof of an office building which is 2.50 m lower, and 19.50 m away. Assume he drives off the garage horizontally, and there is no air friction. If he launches with a speed v= 27.4 m/s: (a) Will he land on the roof (blue path), or hit the side of the building (red path)? Support your answer with a calculation. (b) Based on your results from part (a), find the components of his velocity at the moment that he hits the building. (fc 2.50m In b.29 garage us 19.50m buildigg (drawing is not to scale!)

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

Vox = Vo
Vay =a
4. Chased by assassins, Jason Bourne makes a daring
motorcycle leap from the (flat, level) top of a parking
garage, to the roof of an office building which is 2.50
m lower, and 19.50 m away. Assume he drives off the
garage horizontally, and there is no air friction. If he
launches with a speed v= 27.4 m/s:
(a) Will he land on the roof (blue path), or hit the side
of the building (red path)? Support your answer
with a calculation.
(b) Based on your results from part (a), find the components of his velocity at the moment
that he hits the building.
(fc
2.50m
In
b.29
garage
us
19.50m
buildigg
(drawing is
not to
scale!)

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