The large asteroid labeled 2013 NK4 orbits the sun every 378 days, according to NASA. It's 2,000 feet long and should safely ...
The space rock has an elliptical orbit that takes it past the orbit of the planet Mars and in between the orbits of Venus and Mercury. The asteroid is slated to safely pass by earth at 10:51 a.m ...
The space rock has an elliptical orbit that takes it past the orbit of the planet Mars and in between the orbits of Venus and Mercury. The asteroid is slated to safely pass by earth at 10:51 a.m ...
The space rock has an elliptical orbit that takes it past the orbit of the planet Mars and in between the orbits of Venus and Mercury. The asteroid is slated to safely pass by earth at 10:51 a.m ...
The space rock has an elliptical orbit that takes it past the orbit of the planet Mars and in between the orbits of Venus and Mercury. The asteroid is slated to safely pass by earth at 10:51 a.m ...
A 2,000-foot asteroid is set to pass by earth Monday morning ... The space rock has an elliptical orbit that takes it past the orbit of the planet Mars and in between the orbits of Venus and ...
The space rock has an elliptical orbit that takes it past the orbit of the planet Mars and in between the orbits of Venus and Mercury. The asteroid is slated to safely pass by earth at 10:51 a.m ...
The space rock has an elliptical orbit that takes it past the orbit of the planet Mars and in between the orbits of Venus and Mercury. The asteroid is slated to safely pass by earth at 10:51 a.m ...
The space rock has an elliptical orbit that takes it past the orbit of the planet Mars and in between the orbits of Venus and Mercury. The asteroid is slated to safely pass by earth at 10:51 a.m ...
The space rock has an elliptical orbit that takes it past the orbit of the planet Mars and in between the orbits of Venus and Mercury. The asteroid is slated to safely pass by earth at 10:51 a.m ...
It gets so close that the line on NASA's trajectory map for the asteroid actually passes through Earth as it crosses the planet's orbit ... distance between the Earth and the moon.
These space rocks are mostly present in the main asteroid belt, located between ... pass Earth today by a distance of 721,000 kilometers. That is less than twice the distance from Earth to the Moon!