What if a golf ball hit the Earth at the speed of light?
3:5511:31Hitting Earth with a Grain of Sand Going 99.9% the Speed of LightYouTubeStart of suggested clipEnd of suggested clipSo it looks like a small explosion happen but not really much damage. So why didn't it justMoreSo it looks like a small explosion happen but not really much damage. So why didn't it just completely obliterate the whole earth well the reason is because a grain of sand going that speed.
What would happen if you hit a golf ball on the moon?
There is no air resistance on the moon to slow the ball's travel. The faster one hits a golf ball, the farther it moves as no fluid resists it. As for making a ball leaving the moon altogether, well, a human truly couldn't. The moon's gravity is weaker than Earth's, but still quite strong.
How big would the sun be if the Earth was the size of a golf ball?
15 feet wideWe have taken our earth to be of the size of a golf ball. At this scale, the Sun would be over 15 feet wide and we would be able to fit 1.3 million golf ball-sized earths inside of it.
How far can you drive a golf ball on the moon?
On the moon, with a gravity acceleration six times smaller, the ball would travel six times further and land some 2km away, which is roughly 1.25 miles. “This is how far a professional golf player with modern equipment could hit a drive on the moon.
How far would a golf ball travel on Mars?
818 yardsWith an initial golf ball velocity of 82.7 m/sec and launch angle of 12 degrees, the distance traveled by a golf ball on Mars would be 748 meters or 818 yards!
What is the fastest golf ball ever hit?
After accepting an opportunity to work at the best testing facility in the world at Titleist Performance Institute, Winther became the fastest golfer ever recorded with a highly impressive ball speed record exceeding 225 mph.
What if the Sun was the size of a basketball?
If the Sun was a basketball (about 23 cm in diameter), then the Earth would be the size of a tiny bead, just over 2 mm wide. Since the average Earth-Sun distance is about 150 million km, this bead would sit about 25 m away from the basketball.
How big is the Universe grain of sand?
If our Milky Way galaxy, which is around 125,000ly across was to be shrunken down to a grain of sand, the observable universe would be roughly 372 meters (1220 feet) wide, not too bad.
How much bigger is Earth than a basketball?
A basketball is about 50 million times smaller than Earth, and the corresponding deviations on a basketball would be 0.4 mm.
Could you throw a rock off the moon?
Even if all other conditions were identical to those on Earth, this alone would be enough to send it farther, but the lack of atmosphere and reduced gravity would contribute even more distance. To get the maximum horizontal distance, you would have to throw the rock at a 45-degree angle.
Can you float away from the moon?
Although you can jump very high on the moon, you'll be happy to know that there's no need to worry about jumping all the way off into space. In fact, you'd need to be going very fast – more than 2 kilometres per second – to escape from the moon's surface.
Can you hit a golf ball into orbit on the moon?
No, you cannot hit a golf ball into orbit on the moon.
Can you hit a golf ball into orbit on the moon?
No, you cannot hit a golf ball into orbit on the moon.
Could you throw a rock off the moon?
Even if all other conditions were identical to those on Earth, this alone would be enough to send it farther, but the lack of atmosphere and reduced gravity would contribute even more distance. To get the maximum horizontal distance, you would have to throw the rock at a 45-degree angle.
Is there a golf ball on the moon?
Because of his unprecedented achievement, Shepard's golf club was placed in the Smithsonian, where it still resides today. How many golf balls are on the moon? There are two golf balls on the moon, placed there by Alan Shepard, a NASA astronaut in the Apollo 14 mission in 1971.
What happens if you throw a ball in space?
Yes, it will eventually stop, because gravity does not cease to exist in space, as derived by the formula for gravity, which employs two values, the Mass of the object and the Distance of the measurable object from another object.