The price would depend on the composition and shape, and if there were anything significant about it. They are generally priced by the gram. Depending on quality, they can be fairly expensive.
See the link below for an article discussing the pricing and availability of meteorites.
To put it simply, let's look at the question. Biggest (Radius), heaviest (Mass) or fastest (Velocity) The largest crater would be created by all three combined. Also, the size of the crater would be dependant on the ground it struck. A larger crater would be produced if it were a soft material like sand, whereas granite would only shatter and not make much of an impact. An object with the radius of tennis ball, would create a crater about the size of a tennis ball if dropped from say 50ft A lump of lead the size of a tennis ball would make a larger crater from the same height. A bullet travelling at 3,200 fps would make a small crater, but much larger than its initial radius or mass. So what would you rather be hit by? a) A large sheet of foam travelling at 10mph (Radius) b) A truck travelling at 5 mph (Mass) c) A bullet travelling at 3,200 fps. (Velocity) d) A bullet thrown at you (Low velocity) So, there is now way to answer the question, as all three are dependant on one another. An object with a large radius but low velocity will not make a larger crater than a massive object with a high velocity. Ditto, a massive object with low velocity will not make a larger crater than a bigger object with high velocity.
26 Ft
a peanut.. if you took all the planets in the solar system and added them together they would not equal the mass of Jupiter, so by comparsion a meteor to Jupiter is like the earth to the sun. insignificant!
Up to a few tens of meters. Anything larger would be called an asteroid.
The only organ of the human body that does not grow from the day we are born is the eyeball. At birth, the size of the eyeball is already about 75-80% of its adult size, and it remains relatively the same throughout life.
No, an infant's eyeball is about 65 to 75% the size of a grown person's eyeball. They do get bigger, mostly before puberty.
The orbit of a meteor depends on the size of the meteor. Different meteors have different orbits and it is hard to calculate its size.
What?
From the size of a grain of sand, to about the size of a grain of rice. A meteor the size of e kernel of corn would be rare. Bigger ones do come along, but things the size of a baseball probably only hit the Earth once a week or so.
The size of pea.
The average human eyeball is about 24 millimeters (approximately 0.94 inches) in diameter. This size can vary slightly from person to person, but generally falls within the range of 22 to 26 millimeters. The eyeball's size is crucial for proper vision, affecting how light is focused on the retina.
it depends on the size of the meteor, usually the moon is bigger
That depends on where you are on the Earth and where the meteor hits. ________________ Wherever you are on earth, if an object the size of the earth collided directly with us (at that size it would be a rogue planet, I think, rather than a meteor) then certainly all life on earth would come to an end, and likely within minutes.
3
You don't. That is not something you can eyeball.
If the sun were the size of a human eyeball then Earth would be the size of a grain of fine sand.
To put it simply, let's look at the question. Biggest (Radius), heaviest (Mass) or fastest (Velocity) The largest crater would be created by all three combined. Also, the size of the crater would be dependant on the ground it struck. A larger crater would be produced if it were a soft material like sand, whereas granite would only shatter and not make much of an impact. An object with the radius of tennis ball, would create a crater about the size of a tennis ball if dropped from say 50ft A lump of lead the size of a tennis ball would make a larger crater from the same height. A bullet travelling at 3,200 fps would make a small crater, but much larger than its initial radius or mass. So what would you rather be hit by? a) A large sheet of foam travelling at 10mph (Radius) b) A truck travelling at 5 mph (Mass) c) A bullet travelling at 3,200 fps. (Velocity) d) A bullet thrown at you (Low velocity) So, there is now way to answer the question, as all three are dependant on one another. An object with a large radius but low velocity will not make a larger crater than a massive object with a high velocity. Ditto, a massive object with low velocity will not make a larger crater than a bigger object with high velocity.