Eric, This is a very interesting question to me because ; How do we know what color these west rocks were prior to entering our Atmosphere?Maybe we don't? As seen in the video of the fall it looks to me that something came apart in mid-air. But maybe those are represented by only the broken ones found on the ground. What if the complete stones actually came in black? It is not a stretch to imagine that because we simply do not know the answer. There is no way we could know. Before you think I'm crazy consider the only bit of information we know for a fact was done by the Europeans called "stone6". http://www.spacedaily.com/reports/Stone_6_Artificial_Meteorite_Shows_Martian_Impactors_Could_Carry_Traces_Of_Life_999.html In this experiment none of the rocks turned black. Some of the rocks in fact did not change colors at all. and the ones that did, changed to a creamy white crust. So, who is to say these rocks are not already black while traveling through space. The evidence here actually leans in that direction. Maybe these rocks were already coated with black crust and that is what protects them from evaporation when they travel through our atmosphere. Again, this may sound silly but if you look at the evidence from this study and you acknowledge the fact that the things we do see in space are in fact already dark it does make you wonder. Maybe our atmosphere is not the reason they are black after all? Something else comes to mind, We have all seen pictures of meteors traveling through our atmosphere and then back out again. Wouldn't those accumulate crust and then continue on there journey? ???. Carl Esparza IMCA 5829 Meteoritemax
---- Eric Wichman <[email protected]> wrote: > Hi all, > > While looking at photos of our most recent extraterrestrial visitor, the > West meteorite, I was wondering what the "meteoroid" looked like while > floating around in space... Look how nice and white this piece is on the > "inside". http://www.rocksfromspace.org/133g_Interior.JPG Fusion crust > is only formed while entering our planets atmosphere. Meaning that this > meteorite was obviously whitish in color while still a meteoroid. Right? > > Space is a vacuum, and a vacuum preserves things right? Look at the moon > and all the wonderful craters and how wonderfully preserved they are. > The moon never changes color except when viewed through our atmosphere. > From space it looks the same as it did millions of years ago. > > Does this mean that the West meteoroid, while in space and "before" it > hit our planet, was white? I mean, it's not like the minerals that make > up the meteoroid change colors before hitting our planet. Right? > > I guess the reason I ask this is that we all see photos of asteroids > that are dark gray, gray-black or brown blobs of space rock floating > around the solar system. I think our perception of meteorites are quite > different. We tend to think of rocks from space as dark rocks floating > around aimlessly and randomly bumping into one another occasionally > sending pieces our way to be pulled in by our planets gravity. > > Are there huge white rocks floating around out there? And if so, > wouldn't they be slightly easier to spot than a dark blob of an asteroid? > > I hope these aren't dumb questions. > > Eric > ______________________________________________ > http://www.meteoritecentral.com > Meteorite-list mailing list > [email protected] > http://six.pairlist.net/mailman/listinfo/meteorite-list ______________________________________________ http://www.meteoritecentral.com Meteorite-list mailing list [email protected] http://six.pairlist.net/mailman/listinfo/meteorite-list
