Asteroid to hit Mars

orcot said:
your not working for NASA are you? :bugeye:
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Did you ever read Punch magazine? They had some great covers. A favourite of mine were a group of skydivers holding hands in a circle on the sea bottom and one is saying to another; "I'll never get used to these metric altimeters".

Another favourite has a UFO landed in America and a number of top people are there, including the top brass. The ramp of the UFO is open and down it are walking (alien) humans dressed in red Indian clothing. One Government man is saying to another; "God, this is going to be embarrassing."
 
The unusual strength of light materials usually comes about through great pressure forming the molecular structure into certain shapes, as in diamonds. That is not going to occur on the surface of a planet but only deep down.
 
Did you ever read Punch magazine?
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never even heard of sorry
The unusual strength of light materials usually comes about through great pressure forming the molecular structure into certain shapes, as in diamonds. That is not going to occur on the surface of a planet but only deep down.
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planets are dynamic what was down a thousand years ago when it was formed can now by quit up, it all depends where it would strike I gues, is there a lot of ice in the soil, is there a lot of comprsionable materials in the soil at witch angle does the impact happen, etc
 
Not only is it not going to hit Mars, its not even likely now that Mars will deflect it enough to create a risk of a future Earth impact.

The asteroid's present orbit has a perihelion that is outside that of the Earth's orbit by about 5 million km. In order for a possible future Earth mpact to be possible, Mar's would have had to deflect the asteroid into a new orbit with a lower perhelion.

By my calculations this means that the asteroid would have to miss Mars by a maximum of 4130 km.

Present estimates place the asteroid on a path that will miss Mars by over 25,000 kilometers, with a small chance that it could pass within 3970 km. While this lower figure is within my calculated window, it is on the outside limb of the asteroid's possible path, which puts the probability as pretty low.
 
From a paper on the non impact, the asteroid has been calculated to pass near planet Mars at the minimum distance of 8.4 ±1.1 Mars Radius

(The average radius of Mars is 3390 km.)
 
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