Do Bullets Fired Upwards Pose a Risk When They Return to Earth?

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SUMMARY

Firing bullets vertically upwards poses a significant risk upon their return to Earth, as evidenced by incidents in Jordan where celebratory gunfire resulted in five deaths and 57 injuries over four years. Bullets, designed for low air resistance, reach a high terminal velocity, making them dangerous when they descend. The discussion highlights the misconception that bullets fired straight up do not cause harm upon returning to the ground, emphasizing the need for awareness regarding celebratory gunfire.

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  • Understanding of terminal velocity and its implications
  • Knowledge of projectile motion and gravity effects
  • Familiarity with firearm mechanics, specifically AK47 characteristics
  • Awareness of safety regulations regarding celebratory gunfire
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  • Research the physics of terminal velocity and its effects on falling objects
  • Study the mechanics of the AK47 and its projectile behavior
  • Examine case studies of injuries and fatalities from celebratory gunfire
  • Explore safety measures and regulations to prevent celebratory gunfire incidents
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This discussion is beneficial for physicists, firearm safety advocates, law enforcement officials, and anyone involved in public safety education regarding the dangers of celebratory gunfire.

latentcorpse
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Apologies if this is the wrong forum but it's certainly a physics question I've been wondering about:

I've been watching all this Libya stuff unravel on the news and can't help but notice all these guys firing their AK47s vertically upwards. Surely that bullet should then return to Earth at the same speed as it left the gun at (minus air resistance effects obviously)? Obviously it owuld be difficult to fire it exactly 90 degrees to the surface of the Earth so that it came back down and hit you on the head but surely it must be possible that it could go up and come back down and land relatively close by?

So my question is, why does this not happen? Why do people not die from these returning bullets? Do they break up in the atmosphere or something?

Thanks.
 
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They'd be going at terminal velocity before they hit someone - of course, bullets are specifically designed to have low air resistance and so would have a very high terminal velocity.
 

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