Explaining the Vertical Component of Drag Force in Falling Objects

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SUMMARY

The discussion centers on the dynamics of falling objects subjected to horizontal wind forces. It establishes that the drag force acting on a falling object primarily has a vertical component due to the gravitational pull, despite the presence of horizontal wind. The interaction between the object's vertical descent and horizontal wind results in an angled trajectory, but the drag force itself remains vertically oriented. This conclusion is supported by the clarification provided by user dacruick.

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  • Understanding of basic physics principles, particularly forces and motion.
  • Familiarity with drag force concepts in fluid dynamics.
  • Knowledge of vector components in physics.
  • Basic grasp of gravitational effects on falling objects.
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  • Research the principles of drag force in fluid dynamics.
  • Explore the effects of wind on projectile motion.
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Physics students, educators, and anyone interested in understanding the mechanics of falling objects and the effects of wind on their trajectories.

sparkle123
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If you have a falling object and wind in the horizontal direction, the object ends up falling to the ground at an angle. Why does the drag force only have a vertical component?

Thanks!
 
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Presumably the wind would be carrying the object in the horizontal direction, therefore the falling object wouldn't be moving relative to the wind.
 
I got it, thank you dacruick!:)
 

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