Finding the Net Movement of Vectors

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SUMMARY

The discussion focuses on calculating the net movement of vectors, specifically in the context of a homework problem involving forces represented as vectors. The user attempts to add vectors <1,2>, <3,4>, and <5,6> to derive a resultant vector of <9,12>, indicating a total force of 14. The conversation emphasizes understanding the components of movement in terms of directional changes, with specific attention to how each vector affects position in both vertical and horizontal axes.

PREREQUISITES
  • Understanding of vector addition
  • Familiarity with Cartesian coordinates
  • Basic knowledge of force components
  • Ability to interpret vector notation
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  • Study vector addition techniques in physics
  • Learn about Cartesian coordinate systems
  • Explore force component analysis in physics
  • Review examples of net force calculations
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Students in physics, particularly those tackling vector problems, educators teaching vector concepts, and anyone seeking to improve their understanding of force components and net movement calculations.

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Homework Statement


phy.png


If I can get help with problem A) I should be able to figure out the rest on my own.

Homework Equations


None that I know of?


The Attempt at a Solution




When I see the word component of the net force, I tend to get a bit confused, but if you have something like

<1,2> <3,4> <5,6>

it would be <9,12>

so my gut instinct is to go ahead and just ad up the forces, to get 14

there arent answers in the back of my book for certain questions so I have no idea if its right though I doubt it

thanks
 
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NecroWinter said:

Homework Statement


phy.png


thanks

If you follow the path of F1, your position will be further up AND further left.
For F2, the position will be further up AND further right
For F3, the position will be only further down, no movement relative to left or right.

Relative movements that move to the left or right, up or down are the components.

You find the net movement.
 

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