There are sand-sized rock fragments in the solar system, but when they get to that size they are not considered asteroids. They are called meteoroids.
Small grains erode faster than big grains because small grains have a larger surface area relative to their volume, allowing more contact with flowing water or wind that can wear them away more quickly. Additionally, small grains are often lighter and more easily transported by wind or water, further contributing to their erosion.
There is no "impact asteroid". An asteroid impact however is when an asteroid hits a planet or moon.
No, the Big Bang was not an asteroid. The Big Bang theory is the scientific explanation for the origin of the universe, proposing that it began as a singularity and has been expanding ever since. An asteroid is a rocky object in space that orbits the Sun, and is not related to the concept of the Big Bang.
aster-greek for big
Anywhere from a small asteroid to Earth's size, depending on the planet.
A million grains of sand is not very big at all. A million grains of sand can fit in a single small bucket.
Small grains erode faster than big grains because small grains have a larger surface area relative to their volume, allowing more contact with flowing water or wind that can wear them away more quickly. Additionally, small grains are often lighter and more easily transported by wind or water, further contributing to their erosion.
There is no "impact asteroid". An asteroid impact however is when an asteroid hits a planet or moon.
Blowing on a pile of sand will displace grains of sand. How much sand you move and how far will depend on the sand and how hard you blow on it. If it's wet sand, the force of the air you expel won't do much, but if it's dry sand and you're close and use a big breath, you'll get a lot of action.
Meteors come in all sizes, from grains of dust to grains of sand to grains of rice. A few are bigger; from the size of a ball to the rare one that's the size of a car. A few are VERY big; the one that wiped out the dinosaurs 65 million years ago may have been the size of a mountain.
No. An asteroid can be anything from 10 metres to 487km as in the case of Ceres the largest asteroid.
It really depends on the terminology used. According to the Wikipedia, "The term "asteroid" is ill-defined. It never had a formal definition, ..."If you decide to include the dwarf planets, that would be Eris.Note that there is practically a continuum in sizes, from grains of dust, all the way to the planets.
Sandstone is a sedimentary rock made up of sand-sized grains of minerals or rock fragments. It can vary in size, from very fine to coarse grains. It is called "sandstone" because of its predominant composition of sand-sized particles that are compacted and cemented together over time to form the rock.
it depends on the grades of sand and how big each pebble is that makes sand.
An asteroid has many craters because each asteroid was a big rock that broke into many peices
No, the Big Bang was not an asteroid. The Big Bang theory is the scientific explanation for the origin of the universe, proposing that it began as a singularity and has been expanding ever since. An asteroid is a rocky object in space that orbits the Sun, and is not related to the concept of the Big Bang.
no it was not an asteroid that hit the earth, it was kevins big mouth