showing the amount of iron(Fe) on the map in palestine?
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and what is that suppose to mean????
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http://www.moesc.k12.oh.us/page%20images/ohiomap.jpg
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I think FePO4 +O2 >>>>> Fe2O3 + PO2. balance it and solve it . n its simple stoichiometry.
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http://home.earthlink.net/~gfeldmeth/chart.1812.html\n\nGo to this website and do your research.
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I believe it is iron.  Not an expert though.
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http://www.wall-maps.com/Classroom/US/US_physical_map.htm
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http://openmap.bbn.com/~tomlinso/ray/firstemailframe.html
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Assume you have the salt AxBy and the molar solubility is s.\n\nThen\n\nAxBy <=> xA^(+y) +yB(^-x)\ns mole/lt\ngive... .. .. ..xs .. .. .. ..ys\n\nKsp=([A(+y)]^x) *[B(-x)]^y =(xs)^x * (ys)^y=>\nKsp= (x^x)*(y^y)*s^(x+y)\n\ne.g. for Fe3(PO4)2 tou have x=3, y=2, so\nKsp=(3^3)*(2^2)*s^(3+2)= 36s^5
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http://www.inner.org/gematria/gemchart.htm
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http://www.maps.com/referenceProduct.aspx?cid=694&pid=12196&nav=MS\n\nhttp://www.atlapedia.com/online/maps/physical/Nth_Africa_W.htm\n\nhttp://www.sitesatlas.com/Atlas/PhysAtlas/B12.htm\n\nHistorical and Thematic Morocco Maps\n\nhttp://www.lib.utexas.edu/maps/morocco.html
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http://en.wikipedia.org/wiki/Image:Ug-map.png
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Enjoy!\n\nhttp://www.multimap.com/
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go to www.mapquest.com it'll tell you!
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Yes-  it contains 18 mg, which is the recommended daily allowance of iron.
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In order to do this, you need to realize what the balanced equation is really saying, and what relation that has to mass.  Your equation says that for every 4 iron atoms that react with 3 diatomic oxygen molecules, you'll produce 2 iron (III) oxide molecules.  Molecules are great and all, but that doesn't help you when you're trying to figure things out in terms of grams.  That's where Avogadro's number and the concept of the mole come into play.\n\nOn the periodic table, you'll notice that there are two numbers for each element:  the atomic number, which is the number of protons in an atom of the element; and the atomic weight (or mass), which is the total weight, in grams, of one mole (6.022 X 10^23 atoms) of that element.  (The atomic weight is also roughly equal to the total number of protons and neutrons in the most common isotope of the element.)\n\nIn order to figure out how much product you'll produce, you need to figure out how many moles of Fe you have, then work out the proportions.  Start by figuring the molar mass of each molecule in the reaction:\nFe = 55.845\nO2 = 2(15.9994) = 31.9988\nFe2O3 = 2(55.945) + 3(15.9994) = 159.8882\n\nNow figure out how many moles of Fe you have:\n4086 g/55.845 g/mol = 73.167 mol\n73.167 mol/4 mol Fe\n\nNow figure out how many moles of Fe2O3 you produce:\n(73.167/4) X 2 = 36.584 mol Fe2O3\n\nMultiply this by the molar mass of Fe2O3 to get the mass of the product:\n36.584(159.8882) = 5849.350 g Fe2O3\n\nb) Do the same thing you did in a), just substitute O2 for Fe2O3:\n(73.167/4) X 3 = 54.875 mol O2\n54.875 x 31.9988 = 1755.942 g O2
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1- Gaza Strip\n2- West Bank
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The soil is very iron-rich. When iron oxidizes, it produces iron oxide which is basically rust and it red in color. :)\n\nAnd interesting side fact, the dawn and dusk sky is blue. (It's reddish on Earth :)