NASA alert! Huge 140-foot asteroid 2007 EG to pass Earth today at 17,000 mph; should we be worried

A 140-foot asteroid, named 2007 EG, is expected to pass relatively close to Earth today. NASA and astronomers worldwide confirm the space rock poses no immediate threat, but its flyby is being closely monitored. The asteroid travels at roughly 17,379 miles per hour and belongs to the Aten group of near-Earth objects, which are known to cross Earth’s orbit.Its approach highlights ongoing efforts to track smaller near-Earth objects. While 2007 EG is considered harmless, each close pass provides valuable data for refining orbital predictions and testing observation systems. Scientists also note that studying these objects helps understand conditions in the early Solar System.At its closest point, it is expected to be 1,060,000 miles away. This is over four times farther away than Earth is from its Moon. However, in astronomical terms, it is a close approach. It is also reported that the asteroid is as big as a small airplane. It is reported that asteroids of such a size are regularly seen, and 2007 EG is not considered a potentially hazardous asteroid since it is not over 85 meters in size and its closest point is over 7.4 million kilometers.Astronomers study near-Earth objects in order to determine their orbits and their future positions. Even if the near-Earth objects are deemed non-hazardous, astronomers study them because gravitational forces can cause them to change orbits over time.Astronomers around the world have various telescopes that help in the constant tracking of near-Earth objects. Every time the near-Earth objects pass close to the Earth, astronomers can make more accurate calculations. Experts also claim that studying small near-Earth objects helps in the development of strategies for defending the planet against such objects.The asteroids, such as 2007 EG, transport material that is thousands of years old, dating back to the early Solar System. Observations can yield details regarding chemical composition and properties. This is helpful to understand how planets were formed and what early space was like.Both methods also offer practical experience for future missions to land on or redirect an asteroid. Information is gained from both methods to increase an understanding of how they move.