Did the chicken on treadmill take off?
Obvious trick question to catch those less knowledgeable in the field of advanced super physics quantum treadmill research. We were on a plane, so everything took off.
Did the chicken on treadmill take off?
True. Although I imagine that the flight of your average bullet would leave it like a metre higher up, so we'd be talking milliseconds.only if mavity is assumed to act uniformly downwards along the length of the corridor, otherwise we have to factor in that whilst the floor is "flat" the bullet is travelling tangentially from gravitational pull meaning it'll reduce in magnitude and no longer be acting perfectly downwards (reducing the magnitude), practically speaking it's the equivalent of firing the bullet up hill.
iirc mythbusters proved that in the real world it's pretty damn close, at least within the tolerances they could control.
True. Although I imagine that the flight of your average bullet would leave it like a metre higher up, so we'd be talking milliseconds.


Its bull the is no way that they have a gun that can land a bullet at the right distance.
Except i'm pretty sure that's a .45 they're using not a 9mm, so lower velocity already, plus they almost certainly under charged the rounds because that doesnt look like a substantial backstop.

The .45 bullet has 127 percent more bullet diameter than a 9mm. The .40 has 113 percent more than the 9mm. As velocity increases, so does energy, but at a much faster rate, which can be a bit deceiving. ... The 185-grain .45 ACP +P carries 127 percent of the energy of the 9mm+P.
A gun is a gun but a bullet is total different kettle of fish.
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