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#11
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The densest planet in the Universe found
On Apr 30, 2:55*pm, Sam Wormley wrote:
On 4/30/11 3:30 PM, Brad Guth wrote: On Apr 30, 2:31 am, Sam *wrote: *On 4/30/11 12:41 AM, Brad Guth wrote: * *Our moon and Venus are each unusually metallic * * *The Apollo program showed that our moon has the same chemistry * * *as that of the earth's crust. Not "unusually metallic" at all. Those Apollo missions must have landed on some other inert, light gray and nearly monochromatic moon. My samples of lunar paramagnetic basalt prove otherwise, that the outer crust of that moon is somewhat more dense and obviously it's a whole lot better fused into a solid shell than any crust of Earth that’s rather badly broken and flexing in most every direction. * *What are the numbers of your sample? * *For example, what percentage nickel, iron, cobalt, vanadium, etc. are * *representative of your lunar paramagnetic basalt. Here is an axample http://edu-observatory.org/eo/Sikhot...khote-Alin_Met... * *I want to know the chemistry of your rock, which you claim to know.. It's a private collection obtained from lunar paramagnetic basalts deposited all over the surface of Earth. Obviously most of it ended up in the oceans and under other water, snow and ice as well as sunk in various muck that's keeping it hidden for the moment. My stuff is found in Washington state along with terrestrial basalts that offer nowhere near the degree of density or paramagnetic properties. I'll have to get samples tested by a certified lab, a few of which will do this for free, so it's a price that I can afford other than the shipping that isn't free of charge. http://translate.google.com/# Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet” |
#12
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The densest planet in the Universe found
On 4/30/11 5:17 PM, Brad Guth wrote:
On Apr 30, 2:55 pm, Sam wrote: On 4/30/11 3:30 PM, Brad Guth wrote: On Apr 30, 2:31 am, Sam wrote: On 4/30/11 12:41 AM, Brad Guth wrote: Our moon and Venus are each unusually metallic The Apollo program showed that our moon has the same chemistry as that of the earth's crust. Not "unusually metallic" at all. Those Apollo missions must have landed on some other inert, light gray and nearly monochromatic moon. My samples of lunar paramagnetic basalt prove otherwise, that the outer crust of that moon is somewhat more dense and obviously it's a whole lot better fused into a solid shell than any crust of Earth that’s rather badly broken and flexing in most every direction. What are the numbers of your sample? For example, what percentage nickel, iron, cobalt, vanadium, etc. are representative of your lunar paramagnetic basalt. Here is an axample http://edu-observatory.org/eo/Sikhot...khote-Alin_Met... I want to know the chemistry of your rock, which you claim to know. It's a private collection obtained from lunar paramagnetic basalts deposited all over the surface of Earth. Obviously most of it ended up in the oceans and under other water, snow and ice as well as sunk in various muck that's keeping it hidden for the moment. My stuff is found in Washington state along with terrestrial basalts that offer nowhere near the degree of density or paramagnetic properties. I'll have to get samples tested by a certified lab, a few of which will do this for free, so it's a price that I can afford other than the shipping that isn't free of charge. http://translate.google.com/# Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet” In other words, you have no knowledge of the chemical composition of your rock! |
#13
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The densest planet in the Universe found
On Apr 30, 3:20*pm, Sam Wormley wrote:
On 4/30/11 5:17 PM, Brad Guth wrote: On Apr 30, 2:55 pm, Sam *wrote: On 4/30/11 3:30 PM, Brad Guth wrote: On Apr 30, 2:31 am, Sam * *wrote: * On 4/30/11 12:41 AM, Brad Guth wrote: * * *Our moon and Venus are each unusually metallic * * * The Apollo program showed that our moon has the same chemistry * * * as that of the earth's crust. Not "unusually metallic" at all. Those Apollo missions must have landed on some other inert, light gray and nearly monochromatic moon. My samples of lunar paramagnetic basalt prove otherwise, that the outer crust of that moon is somewhat more dense and obviously it's a whole lot better fused into a solid shell than any crust of Earth that’s rather badly broken and flexing in most every direction. * * What are the numbers of your sample? * * For example, what percentage nickel, iron, cobalt, vanadium, etc. are * * representative of your lunar paramagnetic basalt. Here is an axample http://edu-observatory.org/eo/Sikhot...khote-Alin_Met.... * * I want to know the chemistry of your rock, which you claim to know. It's a private collection obtained from lunar paramagnetic basalts deposited all over the surface of Earth. *Obviously most of it ended up in the oceans and under other water, snow and ice as well as sunk in various muck that's keeping it hidden for the moment. *My stuff is found in Washington state along with terrestrial basalts that offer nowhere near the degree of density or paramagnetic properties. I'll have to get samples tested by a certified lab, a few of which will do this for free, so it's a price that I can afford other than the shipping that isn't free of charge. *http://translate.google.com/# * Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet” * *In other words, you have no knowledge of the chemical composition * *of your rock! Not entirely, because I know the density within +/-0.1 and it's paramagnetic properties, although I'm not certain of all the specific elements. My moon basalt rocks are mostly reentry burned or extra surface fused to a fair extent, so I'm not sure if any of that counts. Obviously the basalts of rocky planets and moons throughout the solar system can't vary too extensively unless captured form a greater metallicity solar system, such as Sirius(B) used to have. http://translate.google.com/# Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet” |
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