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Long Range Hunting & Shooting
Science this 200 yard shot anomaly
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<blockquote data-quote="25WSM" data-source="post: 1574845" data-attributes="member: 38048"><p>A very low to the water jet is in the ground effect range. Once a plane is low to the ground the air between the wings and surface compress and provides more lift. On water the pressure displaces the water thus creating the tunneling effect. The spray out the back is caused by thrust from the engines blowing disturbed water. So if you look at a bullet and compare it to a wing it would be a symmetrical wing. That's the kind of wing on fast performance planes and jets because it has less drag. So as the bullet gets close to the water it's basically in the ground effect pushing the water down. The force coming off a wing is the Bernoullis principle. I would assume bullets have the same effects on them as wings. Full disclosure I am not an aeronautical engineer. But this is my best guess. Shep</p></blockquote><p></p>
[QUOTE="25WSM, post: 1574845, member: 38048"] A very low to the water jet is in the ground effect range. Once a plane is low to the ground the air between the wings and surface compress and provides more lift. On water the pressure displaces the water thus creating the tunneling effect. The spray out the back is caused by thrust from the engines blowing disturbed water. So if you look at a bullet and compare it to a wing it would be a symmetrical wing. That's the kind of wing on fast performance planes and jets because it has less drag. So as the bullet gets close to the water it's basically in the ground effect pushing the water down. The force coming off a wing is the Bernoullis principle. I would assume bullets have the same effects on them as wings. Full disclosure I am not an aeronautical engineer. But this is my best guess. Shep [/QUOTE]
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Science this 200 yard shot anomaly
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