अब आप न्यूज्ड हिंदी में पढ़ सकते हैं। यहाँ क्लिक करें
cyfy
Home » Tech » Science » NASA says Asteroid 2010 NY65 thrice the size of Big Ben will skim past Earth next week

NASA says Asteroid 2010 NY65 thrice the size of Big Ben will skim past Earth next week

The space rock is set to pass us on June 24 at 07:44 BST, at which point it will be 2.3 million miles from Earth.

By Newsd
Updated on :
Cosmic shock: 2-km-wide asteroid to fly over Earth on Wednesday

NASA has reportedly revealed that a huge asteroid is all set to skim past our planet next week. Another huge space rock is headed to skim past earth over the next week. Asteroid 441987 (2010 NY65), is estimated to measure around 140 m – 310 metres in diameter. At the higher end of that estimate, it indicates the asteroid is over three times the size of London’s Big Ben!

The space rock is set to pass us on June 24 at 07:44 BST, at which point it will be 2.3 million mies from Earth.

During the passing, the asteroid will be travelling at staggering speeds of up to 12.89 kilometres/second. That’s around 14 times faster than a bullet!

Thankfully, the chances of 441987 (2010 NY65) hitting us are extremely low.

NASA explained: “No one should be overly concerned about an Earth impact of an asteroid or comet.

“The threat to any one person from auto accidents, disease, other natural disasters and a variety of other problems is much higher than the threat from NEOs (near Earth objects).”

However, NASA hasn’t ruled out the chance of an asteroid colliding with our planet in the near future.

It added: “Over long periods of time, however, the chances of the Earth being impacted are not negligible so that some form of NEO insurance is warranted.

If an asteroid is found to be on a collision course for Earth, NASA has several tactics up its sleeve to prevent a collision.

It explained: “One of the techniques suggested for deflecting an asteroid includes nuclear fusion weapons set off above the surface to slightly change the asteroid’s velocity without fracturing it.

“High speed neutrons from the explosion would irradiate a shell of material on the surface of the asteroid facing the explosion. The material in this surface shell would then expand and blow off, thus producing a recoil upon the asteroid itself.

Related

Latests Posts


Editor's Choice


Trending