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## Homework Statement

In the figure below shows the path taken by a drunk skunk over a level ground, from initial point i to final point f. The angles are θ

_{1}= 30, θ

_{2}= 50, and θ

_{3}= 80, and the distance are d

_{1}= 5.00 m, d

_{2}= 8.00 m, and d

_{3}= 12.0 m. What are the (a) magnitude and (b) angle of the skunk’s displacement from i to f?

[PLAIN]http://sadpanda.us/images/355466-G1WEH29.jpg [Broken]

## Homework Equations

Using basic trigonometric functions, soh cah toa

Let X and Y stands for the summation of x and y.

Resultant vector = (X

^{2}+ Y

^{2})

^{1/2}

Let * stands for the resultant vector angle, then * = tan

^{-1}= Y / X

## The Attempt at a Solution

I have obtained the x and y component for d

_{1}. Finding x = (5.00 m)cos30 = 4.33 m and for y, (5.00m)(sin30) = 2.5 m. However, I'm having the difficulty to find the other x and y components of d

_{2}and d

_{3}because they aren't parallel to x and y axis respectively.

For example, d

_{2}is diagonal and I can't simply do (8.00 m)(cos 50) to find the x component because d

_{2}is not parallel to x axis. Hence, connecting d

_{1}and d

_{2}will not form a right triangle which is necessary to find the x and y components using soh cah toa..

Please give me an idea how to solve this..

Thank you..

PS. If the image link above doesn't work, pls. see the copy of this question in the attached file herein..

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