Two Displacement Vectors Question.

AI Thread Summary
To solve the problem of adding two displacement vectors, the x and y components of each vector must be calculated separately using their magnitudes and angles. Displacement 1 is 3.0 m at 56°, and Displacement 2 is 4.1 m at 30°. After calculating the components, the total displacement vector's magnitude and direction can be determined. The discussion emphasizes the importance of breaking down vectors into components for accurate addition. Ultimately, the solution was reached successfully.
imac
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Homework Statement


Add the following two displacement vectors; angles are measured from the x-axis with counterclockwise as positive.
Displacement 1 is 3.0 m at 56°
Displacement 2 is 4.1 m at 30°

The total displacement vector has a
Magnitude of _________m
and a Direction (degrees!) _________°


Homework Equations


Not sure...


The Attempt at a Solution



Haha, too many to even try to explain. lol
 
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imac said:

Homework Statement


Add the following two displacement vectors; angles are measured from the x-axis with counterclockwise as positive.
Displacement 1 is 3.0 m at 56°
Displacement 2 is 4.1 m at 30°

The total displacement vector has a
Magnitude of _________m
and a Direction (degrees!) _________°


Homework Equations


Not sure...


The Attempt at a Solution



Haha, too many to even try to explain. lol

With vector addition you will add the (x,y) components separately.
Develop those equations from the magnitude values and angles given.
 
LowlyPion said:
With vector addition you will add the (x,y) components separately.
Develop those equations from the magnitude values and angles given.

Thanks, I finally figured it out.
 
Last edited:
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