How do I make a compensation vector?

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To create a compensation vector for the airplane project, one must utilize vector addition principles. The plane's direction is N74W, while the wind is coming from N20E, resulting in a resultant vector of 324 mph directed N67W. To find the compensation vector, drawing a vector triangle can help visualize the relationships between the vectors. Understanding how to adjust the plane's heading to counteract the wind is crucial for accurate calculations. This method is essential for ensuring the project meets academic standards.
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Homework Statement


I'm currently doing an airplane project in pre-calc, it is physics related so I put it here.
The problem is I have a plane, it's going N74W, wind is going N20E, the resultant vector is 324mph, and N67W, how do I compensate?


Homework Equations


I remember going over it once in class but I really don't want to screw it up since this project (which is a lot bigger than just this problem) is supposed to be a big part of the grade.


The Attempt at a Solution


I think I'm just supposed to make a vector go NxW, but I'm not sure how to get it.
 
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Hi yamugushi! :smile:

Relative velocities obey the law of vector addition, so draw a vector triangle :wink:
 

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