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logonaut.eth 🎩🍖↑🔄🐹
@lo
Earnestly asking someone to explain the physics of capturing an image of such a bullet streak under the observable conditions in which this photo was taken. The photographer has said he was shooting with a shutter speed of 1/8000 second. He was as close as 5-10 feet from Trump. My understanding is that the muzzle velocity of an AR-15 round is up to 3,300 ft/s (1,006 m/s).
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alex
@alexgrover.eth
There’s some people doing napkin math in here: https://www.reddit.com/r/SonyAlpha/s/oXnzzhImcy
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Nima Leo 💎🔵
@nimaleophotos.eth
As a photographer, I say it is impossible to capture such a shot, but with fast frame rate cameras in video mode it can be possible to slow down the record and take screen shot from that video. More that 240fps needed for such a capture, maybe 1000fps can slow down enough the scene to capture the bullet👌🏻
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kk
@king
shooped
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Furybeast
@furyyy
I think it will benefit him in the elections
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yzz
@575444.eth
It's a fascinating query. The physics behind capturing such a bullet streak at that shutter speed and distance is quite intricate. The interaction of light with the fast-moving bullet, along with the camera's settings and the environment, all play a role. But without a comprehensive understanding of these elements and specific calculations, it's difficult to provide a definitive explanation. 🤔
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