1,000 miles an hour at the equator. It would only go about 60 feet in 24 hours at a point 10 feet south of the rotational center at the geographic north pole. No?
The peak orbital speed of this asteroid relative to the Sun is about 130,000 mph at its closest approach to the Sun (as somebody already posted, the earth has an average orbital speed of about 67,000 mph, according to a reference I consulted it is 66,615 mph). At its furthest point the asteroid is still closer than the earth so it would “slow down” to around 75,000 mph then, a bit slower than Venus which maintains a forward speed of about 78,337 mph. Mercury has a more elliptical orbit than Venus (or Earth) and its speed would vary from about 95,000 to 115,000 mph (the average is 107,082 mph).
Venus travels 72% of the distance the earth travels in about 63% of the time so it is going (72/63) as fast as the earth (or 8/7). Mercury travels 40% of the distance in 23% of the time so it is going (40/23) as fast, about 1.7 times our speed.
This asteroid travels about half the distance we do, in roughly 30% of a year, so it averages 1.6 times our speed. Its average is close to 100,000 mph (relative to the Sun). Light goes that far in about half a second.