#2 With complete solution and graph 2. An explorer in the dense jungles ofequatorial Africa leaves her hut. Shetakes 80 steps 45° south of east,then 40 steps 60° east of north, then50 steps due nonth. Save her frombecoming hopelessly lost in the jungleby giving her the displacement vectorcalculated by using the method ofpolygon that will return her to hut.(Scale: 20 steps = 1 in)%3D

Answered: Image /qna-images/answer/f8f5980c-7fe5-4885-acbc-e5b88ea1a9e9.jpg

2. An explorer in the dense jungles of equatorial Africa leaves her hut. She takes 80 steps 45° south of east, then 40 steps 60° east of north, then 50 steps due north. Save her from becoming hopelessly lost in the jungle by giving her the displacement vector calculated by using the method of polygon that will return her to hut. (Scale: 20 steps = 1 in) %3D

2. An explorer in the dense jungles of equatorial Africa leaves her hut. She takes 80 steps 45° south of east, then 40 steps 60° east of north, then 50 steps due north. Save her from becoming hopelessly lost in the jungle by giving her the displacement vector calculated by using the method of polygon that will return her to hut. (Scale: 20 steps = 1 in) %3D

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter4: Motion In Two And Three Dimensions

Section: Chapter Questions

Problem 19P

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#2 With complete solution and graph

2. An explorer in the dense jungles of
equatorial Africa leaves her hut. She
takes 80 steps 45° south of east,
then 40 steps 60° east of north, then
50 steps due nonth. Save her from
becoming hopelessly lost in the jungle
by giving her the displacement vector
calculated by using the method of
polygon that will return her to hut.
(Scale: 20 steps = 1 in)
%3D

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