Drawing Vector in Positive Z Direction: Quick Answer

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    Plane Vectors
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Homework Help Overview

The discussion revolves around how to represent a vector in the positive z direction, particularly in contexts where the focus is typically on the x and y planes. Participants explore different notations and methods for visualizing and drawing such vectors.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants discuss various notational conventions, such as using a dot inside a circle for positive z direction. Questions arise about how to represent components of a vector that includes a z-component and the implications of splitting vectors for representation.

Discussion Status

The conversation includes multiple interpretations of vector representation, with some participants sharing personal experiences and suggestions. There is no explicit consensus, but guidance on notation and component representation is being explored.

Contextual Notes

Participants note that traditional resources primarily address the x and y planes, leading to questions about how to adapt these concepts to include the z direction. There is an acknowledgment of the challenges in visualizing and drawing vectors with non-zero z-components.

ace123
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How would one draw a vector traveling in the positive z direction? Would it be a line coming out at you?

So this is just a very basic question but I do not know how to do it so can someone just give me a quick answer if you can or point me in the right direction because my book only discusses th x and y plane.

Thanks
 
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In my physics class we used a circle with a dot inside for a vector in the positive z direction, and a circle with an x in it for the negative z direction. Unless your teacher has a preference, you should feel free to make up your own notation! Don't let the notation Nazi's oppress you! LOL
 
gendou2 said:
In my physics class we used a circle with a dot inside for a vector in the positive z direction, and a circle with an x in it for the negative z direction. Unless your teacher has a preference, you should feel free to make up your own notation! Don't let the notation Nazi's oppress you! LOL

A dot? How would you do the components of a dot?
 
ace123 said:
A dot? How would you do the components of a dot?

A force vector that has a non-zero z-component would have to be split up so that the z-component is drawn separately. Granted, this is an undesirable situation that is best avoided where possible.
 
I can't avoid it so how would i split it up and draw it separately
 
This website explains vector components quite well:

http://www.glenbrook.k12.il.us/GBSSCI/PHYS/CLASS/vectors/u3l1d.html
 
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