Mars Asteroid Impact - 30th Jan 2008 - 1 in 28 Chance!

national geographic documentary 2016, We are taking a gander at the genuine and energizing probability that Mars will be affected by Asteroid 2007 WD5

This space rock is near the ascertained size of the article that made the renowned Meteor Crater in northern Arizona USA aprox. 50,000 years prior.

The odds of an impact Jan. 30 amongst Mars and the 48 meter wide space rock is aprox 3.6% (1 in 28), says Don Yeomans, chief of NASA's Near-Earth Object (NEO) Program at the Jet Propulsion Laboratory.

This may appear like a quite remote possibility however in planetary science terms this resemble striking it rich, with the typical chances being a million to one with a nearby go of a space rock to a planet.

national geographic documentary 2016, Rushing towards Mars at around 30,000 miles for every hour (48,280 kph) we can dare to dream that it hits the red planet! Why do we trust it hits Mars you may inquire?

All things considered, with the abnormal state of observation right now on Mars this would offer an ideal chance to specifically examine the effect of an article like this on a rough planet, something exceptionally significant to us here on earth.

The last time earth was struck by an item this size was in 1908 clarified here in a public statement from the planetary society in 2002

At a young hour in the morning of June 30, 1908, in the Tunguska district of Siberia around 1,000 km (600 miles) north of Irkutsk, a space rock around 60 meters (200 ft) in measurement entered the Earth's environment, bringing about an enormous blast, focused around 8 km (5 miles) over the woods underneath. Trees were straightened over a range around 50 km (30 miles) in width, a few times bigger than the region encompassed by the Beltway around Washington, D.C. It blasted with vitality in the scope of a present day atomic rocket warhead, around 10 megatons, or around 500 times the vitality of the Hiroshima nuclear bomb

So you can envision the impact on Mars with its Atmosphere at just 1% of that on earth.

The surface of Mars has a comparable air weight to that of the earth 12 miles or 19 Km up.

national geographic documentary 2016, In this manner not at all like Tunguska it would not be a climatic blast but rather one major effect at first glance or a progression of effects in the event that it were to mostly separate in the slender Martian environment.