How many yards did Bradstock throw?
Few professional athletes have been recorded throwing golf balls. Fortunately, Bradstock has, and he claims a record throw (to first contact with the ground) of 170 yards. [ 7] . This involved a running start, but even so, it’s reason to think that a golf ball might work better than a baseball.
How many giraffes can a baseball throw?
The average person can probably throw a baseball at least three giraffes high: Someone with a reasonably good arm could manage five: A pitcher with an 80 mph fastball could manage ten giraffes:
How heavy is Doug's bowling ball?
On the other hand, How To Hook a Man (And a Baby) and The Year's Work in Lebowski Studies are on their own. But Doug's bowling ball is 7 kg (15.5 lbs), making it plenty heavy enough to sink in the ocean.
How long does it take for a bowling ball to reach the bottom?
A 13-pound bowling ball, which is much closer to neutrally buoyant in seawater, would take four and a half hours to reach the bottom. On the other hand, a bowling ball made of solid iron would reach the bottom in half an hour.
Why is the Lebowski's core hot?
The Earth’s core is hot for two reasons: It’s still glowing from the heat of all the dust collapsing together when it formed, and it’s full of radioactive metals. Lebowski wouldn’t have either of these, so its core would start out cold.
How smooth is a bowling ball?
These scans (along with various measurements of ball roughness [1] tell us that a high-end bowling ball is quite smooth. If blown up to the scale of the Earth, the ridges and bumps [2] would be between 10 and 200 meters high, and the peaks would be between one and three kilometers apart: By Earth standards, this is quite smooth;
Is a bowling ball smoother than a billiard ball?
A good, professional-quality bowling ball is smoother than the Earth. Phil Plait, of Bad Astronomy, took a look at the claim that the Earth was smoother than a billiard ball. He concluded that the Earth was smoother but less round , based on published billiard ball roundness tolerances.
