Is Calculating Z-Axis Components the Same as X and Y Components?

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Homework Help Overview

The discussion revolves around calculating scalar components of a vector in three-dimensional space, specifically focusing on the z-axis in relation to the x and y components. The original poster is seeking clarification on whether the approach for finding components along the z-axis is similar to that of the x and y axes.

Discussion Character

  • Conceptual clarification, Problem interpretation

Approaches and Questions Raised

  • The original poster questions the method for finding scalar components on the z-axis compared to the x and y components. Some participants seek to clarify the specific problem involving an acceleration vector and its components.

Discussion Status

The discussion includes attempts to clarify the original poster's question and the specifics of the problem presented. One participant suggests that the approach to finding z-axis components is indeed similar to that of the x and y components, although this is not universally confirmed.

Contextual Notes

The problem involves an acceleration vector with a specified magnitude and angle, raising questions about the interpretation of components in three-dimensional space. The original poster's understanding of the z-axis as a dimension that adds depth is noted.

sunbunny
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Hey, I'm just wondering if i need to find scalar components for a magnitude on the z-axis, do i go about the same way i would with regual x,y compenents, or is there something else that i need to do??

and just for clarification, the z-axis is the one that makes it 3D, like it's 'popping' out at you??

Thanks!
 
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What is the problem specifically?
 
the problem is:

An acceleration vector of magnitude 9.81m/s^2 makes an angle of 75 degress with the positive z-axis. Find the scalar components of the vector parallel and perpendicular to the z-axis.
 
Then I would answer 'yes' to your original question. :-)
 
thanks for your help
 

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