In 1966 a comet on april 25 pass'ed over my head, going to us as 35 mph approx, I told the hayden planetium and he thought i was nut, till his freind remind'ed him the next day he would'nt shut up, you can get a copy at the 42 nd street library mjcrow film, to us it was the size of a volks wagon ,but they it was the size of a foot ball,Im sorry the paper's said it was gowing 35 m.p.s , hell no i have a peace in my head , like a peace of sand, if you seen andromiter strain # 2 the sattelite was going 35 m.p.s.,In space there is no such thing as a strait line , halley's go's out 27 and a half years then it makes a u-turn, then 27 /1/2/ years to come bsck 75 years I just hope the asteriods dont follow that rout
A comet can appear larger than the sun when it is closer to Earth and has a larger visible tail. The tail of a comet can extend for millions of miles, creating the illusion of a bigger size compared to the sun when viewed from our perspective on Earth.
Some other examples of comets include Comet Halley, Comet Hale-Bopp, and Comet Hyakutake. These comets are known for their brightness, size, and visibility from Earth.
Due to the mass or size of Pluto compared to Earth, about 2/3 the size of our moon, the gravitational pull of Pluto is greatly weaker than Earth's.
The gravity on Mercury is about 38% of Earth's gravity, which means that objects weigh less on Mercury compared to Earth. This is due to Mercury's smaller size and mass compared to Earth.
3rd
Depends on the comet. Size varies. But they are usually smaller.
A comet can appear larger than the sun when it is closer to Earth and has a larger visible tail. The tail of a comet can extend for millions of miles, creating the illusion of a bigger size compared to the sun when viewed from our perspective on Earth.
Any size is possible, though most of them are "small", at least compared to things like planets. Halley's Comet, for example, is about 15x8x8 km, which is quite large on a human scale ... most mountains aren't that big ... but still small compared to Earth itself or even the Moon.
it depends on the size of the comet if it was small it would do about 5o/ out of a 1000 on earth if it was a very big one it would do about 989/ out of a 1000 so it depends on size
Some other examples of comets include Comet Halley, Comet Hale-Bopp, and Comet Hyakutake. These comets are known for their brightness, size, and visibility from Earth.
pretty close to the same
I assume you are asking about C/2009 P1? This comet is no threat to Earth as it doesn't come anywhere near Earth. Its closest approach to the sun is about 1 1/2 times the size of Earth's orbit.
Mars is about 53% the size of Earth. This means that if you were to represent the size of Mars compared to Earth as a fraction, it would be 0.53/1.
An atom is the size of an orange compared to the Earth.
The sun is the largest out of the three and then the earth and then a comet.
Quite low. Debris shed from comets as they orbit the Sun strike the Earth thousands of times per year, but most of the debris, in the form of periodic meteor showers, is pretty tiny; an average sized particle would be the size of a grain of rice or smaller. But for the Earth to be struck by the nucleus of the comet itself? We're not certain that an actual comet has EVER struck the Earth, although we can be relatively confident that objects about the size of a comet has hit the Earth once every few thousand years or so. The probability of a comet striking the Earth within the next 50 years is quite low; one or two percent, but no higher.
Ganymede is the largest moon in the solar system and is about 26% larger in diameter compared to Earth's moon. However, when comparing it to Earth, Ganymede is still significantly smaller, with a diameter that is only about 41% the size of Earth.