The shot heard 12 miles away ๐Ÿ’ฅ BIG BOOM-BOOM ๐Ÿ’ฅ #explosion #shoot #shorts #sniper #physics #trickshot

Published on December 31, 2024
Duration: 0:39

This video demonstrates a long-range precision shot executed with a bolt-action rifle, highlighting the physics of sound travel. The Ordnance Channel Crew, with high authority, showcases professional gear and safety protocols like range countdowns. The demonstration involves observing a delayed sound impact from a distant explosion, illustrating ballistic principles in a practical, albeit extreme, scenario.

Quick Summary

The delay between seeing an explosion and hearing it is caused by the speed of sound. Light travels nearly instantaneously, but sound travels at approximately 1125 feet per second, meaning the further away the event, the longer the audible delay.

Chapters

  1. 00:00The Shot and Countdown
  2. 00:08Impact and Speed of Sound Physics

Frequently Asked Questions

What causes the delay between seeing an explosion and hearing it?

The delay is due to the speed of sound. Light travels almost instantaneously, while sound travels at a finite speed (around 1125 feet per second). The further away the explosion, the longer it takes for the sound waves to reach your ears.

What type of rifle is suitable for long-range shooting?

Precision bolt-action rifles are generally preferred for long-range shooting due to their inherent accuracy, reliability, and often smoother trigger pulls, making them ideal for marksmanship.

What safety measures are important for long-range shooting?

Essential safety measures include maintaining muzzle discipline, using a stable shooting platform like a bipod, performing range safety countdowns, and ensuring a safe backstop for all projectiles.

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