Projectile Mechanics: 3-D List for Researching

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SUMMARY

The discussion centers on the need for a comprehensive list of 3-D mechanics related to projectiles. It highlights that while a projectile's trajectory can be defined in 2D, understanding its 3D motion is essential for accurate modeling. The conversation emphasizes the importance of resolving 3D motion into its components for better analysis, despite the complexity involved.

PREREQUISITES
  • Understanding of 3D motion dynamics
  • Familiarity with projectile motion equations
  • Knowledge of vector resolution techniques
  • Basic principles of physics related to trajectories
NEXT STEPS
  • Research 3D projectile motion equations and their applications
  • Explore vector resolution methods in physics
  • Study simulation tools for modeling projectile trajectories
  • Learn about graphical representations of 3D motion
USEFUL FOR

Physics students, researchers in mechanics, and engineers involved in projectile design or analysis will benefit from this discussion.

michaelknight
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Does anybody know where I could find a list of 3-D mechanics of a projectile? I would greatly appreciate it :). Thank you very much in advance :)
 
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michaelknight said:
Does anybody know where I could find a list of 3-D mechanics of a projectile? I would greatly appreciate it :). Thank you very much in advance :)

A projectile's trajectory can always be defined in 2D.
 
The simplest way to do so is to project the 3D motion on a 2D plane. You can also resolve it into its components, but that can get a little tricky.
 

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