a comet
A shooting star, which is within the Earth's atmosphere.
Depends on the comet. Size varies. But they are usually smaller.
halley's comet is smaller than the earth because ,if it is smaller than the moon it will surely be smaller than the big earth.many comets are bigger than the earth also.
One major difference between a comet and a shooting star is that a comet is a small icy body that orbits the sun, while a shooting star is a meteoroid that enters Earth's atmosphere and burns up, creating a streak of light in the sky.
A so-called "shooting star" is closer than a comet. The "shooting star" is a grain of sand, a small stone, or a rock, that runs into the earth's atmosphere, and burns up on its way down to the surface. If a comet ever enters the atmosphere, we have a major problem.
actually a comet will make a bigger tsunami than an earth quake because it depends on how big the comet is so obviously if its a mini comet about the size of a fist its not going to do any affect but a comet like the size of Texas it would make a Mega Tsunami and once there was a Mega Tsunami the size of a city! and it flooded it completely.
No. A shooting star is a small object burning up in Earth's atmosphere. A comet is a body of ice and rock in space. The tail of a comet is made of material that evaporates from the surface and is swept away by the solar wind.
A shooting star is made up of rocks then they go around a planet to get more speed then they go and crash on the earth or rome around it; a comet
billy bob joe jackson
Earth's water is believed to have arrived from space via comet impact.
Comets rarely cause damage to Earth as they are small icy bodies that burn up in the atmosphere or pass by harmlessly. However, if a large comet were to impact Earth, it could cause catastrophic damage due to the high speed and energy of the impact.
The scientific term for a shooting star that hits Earth's surface is a meteorite. It is a solid piece of debris from a comet, asteroid, or meteoroid that survives its passage through the Earth's atmosphere and impacts the surface.