the answer of this question is postive
The third option because the exterior angles of a triangle have to add up to 360 making that the right option
The direction of Beatriz relative to the <em>starting</em> point of her trip is approximately .
<h3>How to find the position of Beatriz relative to the starting point of her trip</h3>
After a careful reading of the statement, we find that <em>final</em> position () by the end of the second day is found by means of this vector sum:
(1)
Where:
- - Vector distance of the first day relative to starting point, in kilometers.
- - Vector distance of the second day relative to the final point of , in kilometers.
If we know that and , then final position of Beatriz relative to origin is:
And the direction <em>relative to</em> the <em>starting</em> point (), in degrees, is found by following inverse <em>trigonometric</em> relation:
(2)
If we know that and , then the direction of Beatriz relative to the starting point of her trip is:
The direction of Beatriz relative to the <em>starting</em> point of her trip is approximately .
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Answer: we wont be able to answer if there is no fill out box
Step-by-step explanation: