no it wont next year we will still be here so we can not be deid next year we will be in shcool so no
65 million years ago.
This asteroid does exist, found in less than two weeks before the Spanish La Sagra Observatory astronomer, 2012 DA14 just temporary number. Has been found to connect 10 days of observation, astronomers generally determined its orbit, similar to the Earth's orbit, but the inclination is large. Therefore, most of the time, the asteroid away from Earth came away. But it does have two opportunities each year the asteroid can run very close to the distance of the Earth. Just said, year 2 chances will run to the near Earth asteroid. Last February 16 this year, when it was closest to the earth about 250 million kilometers, equivalent to the Earth-Moon distance of 6 times, partial, or very far. However, next year's February 15, 2012 DA14l indeed close to the Earth. It grazed from about 21,000 kilometers from the Earth's surface, the height of the geostationary orbit communications satellites used to broadcast television signals are low than us! Though this is really close to the Earth rub in the past, but still just "rub." In the past it does not hit the Earth. 21000 meters in astronomy scale is really close to the standards of everyday life, this distance is far enough. It is unlikely to hit the Earth in February 2012 DA14 next year.
April 13 2036 by mark Joseph coz
Yes, as long as an asteroid is within visible distance of earth.
If you mean an earth year, then there are 365.If you mean the time for an object in the asteroid belt to go around the sun,it could be anything between 690 days and 11.8 earth years, depending onexactly where you are between the orbits of Mars and Jupiter.
No significant asteroid will hit Earth in 2012. Asteroids hit Earth every year, most, if not all disinterate in the atmosphere. Only a few reach the surface. The 21st December 2012 myth is nothing more than a hoax.
It was in February 2012 about a year before its close approach to Earth in February 2013.
next year
2012 next year.
The time from when a point on the earth's surface is facing the sun until the next time that point is again facing the sun (due to the earth's rotation) averages 24 hours.The time from when one of the earth's poles is as close as possible to pointing at the sun until the next time that pole is again as close as possible to pointing at the sun (due to the earth's orbit of the sun) is about 365.2422 days.
2061
Thanks it already passed but next year