Asteroid half the size of Mount Everest to skim past Earth next month
Health & Science
By
Mirror
| Mar 13, 2020
An enormous asteroid is set to fly past Earth next month, NASA has revealed.
The asteroid, dubbed 52768 (1998 OR2), is estimated to be 1.8-4.1 kilometres in diameter. At the higher end of that estimate, it suggests the space rock could be around half the size of Mount Everest!
It’s set to pass Earth on April 29 at 09:56 GMT, at which point it will be 3.9 million miles from our planet.
While that might sound far away, it’s classed as a ‘close approach’ by NASA.
READ MORE
How African volunteers are helping shape AI through Wikipedia
KTDA appoints Francis Miano acting CEO
Trump tariff threat casts long shadow over Kenya-Iran trade
World Bank unlocks Sh5.5b green fund for local SMEs
Kenya secures landmark zero-duty trade deal with China
Motorists miss bigger cut in fuel costs despite drop in pump prices
Kenya trade strategy with Iran at crossroad over Trump's warning
KNCCI opens office in Dubai to curb export losses
Msossi App set to launch in Kenya to tackle food waste and losses
If you have a telescope, you should be able to see the asteroid passing our planet, but if you don’t have one, don’t panic.
The Virtual Telescope Project in Rome will host a free, online public viewing of the asteroid on April 28, 2020, so you can watch the passing here.
Thankfully, the chance of the asteroid colliding with our planet is extremely low.
However, NASA hasn’t written off the chances of an asteroid collision in the near future.
NASA discovers around 30 new ‘near-Earth objects’ (NEOs) every week, and at the start of 2019 had discovered a total of more than 19,000 objects.
However, the space agency has warned its NEO catalogue isn’t complete, meaning an unpredicted impact could occur at ‘any time.’
NASA explained: “Experts estimate that an impact of an object the size of the one that exploded over Chelyabinsk, Russia, in 2013 – approximately 55 feet (17 meters) in size – takes place once or twice a century.
“Impacts of larger objects are expected to be far less frequent (on the scale of centuries to millennia)
“However, given the current incompleteness of the NEO catalogue, an unpredicted impact – such as the Chelyabinsk event – could occur at any time.”