NASA DISCOVERS A NEW ASTEROID THE SIZE OF THE EMPIRE STATE BUILDING, WHICH WILL MAKE ITS CLOSEST APPROACH ON MARCH 24
Another
potentially deadly asteroid is rushing towards Earth, according to NASA's Jet
Propulsion Laboratory (JPL), and will make its closest approach on March 24.
The space rock called 2013 BO76 has a diameter of 450 metres and would pass our
planet at a distance of 51,11,759 kilometres, making it bigger than the Empire
State Building. Furthermore, the enormous asteroid would travel at a speed of
49,513 kilometres per hour, posing little threat to Earth due to the distance
between them.
The
JPL even issued a map depicting the asteroid's orbit, which intersects with
that of the Earth and even Mars. The asteroid's orbit is displayed in white in
the image, while the orbits of Earth and Mars are represented in blue and red,
respectively. In 2013, the asteroid 2013 BO76 passed closest to Earth, at a
distance of 78,88,295 kilometres. The next approach will take place on July 14,
2033, at a distance of 1,91,85,926 kilometres, according to NASA's JPL. This is
the first space rock discovered after an asteroid collided with the Earth's
atmosphere just two hours before it was discovered over the Norwegian Sea.
The
asteroid had reached the southwest of Jan Mayen, a Norwegian island roughly 470
kilometres off the east coast of Greenland and northeast Iceland, and was
initially seen using the Piszkéstet Observatory in northern Hungary. The
asteroid was named 2022 EB5 and measured less than two metres in diameter.
According to NASA, objects of this size are only identified a few minutes
before they collide. "Exceedingly few of these asteroids have been spotted
in orbit and observed extensively prior to impact, mostly because they are very
weak until the last few hours," said Paul Chodas of NASA's Jet Propulsion
Laboratory.
Naturally,
the larger the asteroid, the sooner it can be detected and the less time is
needed to prepare for a possible collision. The purpose, according to the
agency, is to maintain track of such asteroids and compute their trajectories
in order to have many years' notice before a potential impact if one is ever
discovered.

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