a day ago
Asteroid nine times the size of Qutub Minar is coming towards Earth
Asteroid 2005 VO5, nearly nine times the size of Qutub Minar is set to make a close approach to Earth on July 11, asteroid, with a diameter of 660 metres, is being closely monitored by NASA's Jet Propulsion Laboratory (JPL) due to its significant size and proximity to our planet. The asteroid will travel at an impressive speed of 51,732 kilometres per hour as it passes asteroid will fly by Earth at a distance of approximately 6,086,084 kilometres. Although this might seem like a vast expanse, the distance is considered close on an astronomical scale, providing a valuable opportunity for scientists to study the asteroid's characteristics and trajectory in detail.
The close proximity allows for enhanced observation, which can yield insights into the asteroid's composition and event marks the asteroid's return since its last close flyby on July 1, 1988. Asteroid 2005 VO5 is not expected to come this close to Earth again until rare occurrence offers researchers a chance to gather important data that can enhance our understanding of such celestial bodies and their movements. Observing these flybys is crucial for developing predictive models that can help in future space missions and planetary defense has been vigilant in tracking Near-Earth Objects (NEOs), like 2005 VO5, to ensure any potential impact risks are assessed. JPL plays a crucial role in observing the orbit of this asteroid, enabling scientists to detect and analyse any changes in its upcoming flyby points to the importance of continuous observation and analysis of asteroids, as they are key components of our dynamic solar the current trajectory poses no immediate threat, it demonstrates the relevance of preparedness for future encounters with celestial the approach date nears, NASA and other scientific entities remain focused on leveraging this event to deepen our understanding of asteroids. This flyby represents an opportunity to advance scientific knowledge and improve strategies for monitoring these celestial visitors in the future.- Ends
