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Technically yes; pragmatically no. The asteroid is only 1300 feet across. It's gravitational field would be measured in 1/1000ths of one G. If you were standing on its surface, you might be in peril of achieving the asteroid's own escape velocity by jumping very hard. (IE fly off the surface and into space by jumping). I don't have the equations handy for calculating G from size/mass/density on hand or I'd tell you exactly.
Nope, no earthquakes or tsunami or anything like that, from a near-miss. It's way too small.
If it hit, it wouldn't be TEOTWAWKI. It would be pretty darn bad for somebody, but not a dino-killer or climate-wrecker, let alone a planet-killer.
Plugged it into an escape velocity calculator, and you could reach escape velocity by sneezing, basically. Came out to like .02 inches per second, assuming average density of granite.
Now to calculate the impulse generated by a sneeze...
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