what is phosphowolframacid?
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Wolfram is the old German name for tungsten\n\nHence, it is the same thing as phosphotungstic acid.
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2H3PO4(aq) + 3Mn(OH)2(s)  --> Mn3(PO4)2(s) + 6H2O(l)
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3Ca(OH)2+2H3PO4>Ca3(PO4)2+6H2O
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Heparin-affects clotting cascade\nWarfarin-affects clotting by antagonizing Vit K\nAspirin-antiplatelet\nClopidogrel-blocks platelet adhesion via ADP receptor blockade\nDipyrimidole-phosphodiesterase inhibitor--antiplatelet\nTiclopidine-blocks ADP receptors/platelet adhesion\nHirudin-from leeches-affects clotting cascade\nFragmin-Low weight molecular heparin-same mech as heparin
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Pac= ??\nBAc= Blood Acohol Content
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Phosphate washes your wash whiter and makes your waters greener.\n\n(with algae)
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WWHPD? \n\n\n\n\n(Harry Potter)
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Phosphorus.  Same as incendiaries.
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Wood and Red Phosphor
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phosphorous acid--\n\na yellowish hygroscopic solid, H3PO3; a mild reducing agent
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WCPUID. \n\nhttp://hp.vector.co.jp/authors/VA002374/src/download.html
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The molecular formula is C6H5NO5P\n\nStructure (if in case you want it too) is as follows:\n\nDraw a benzene ring (phenyl group) minus 1 hydrogen (C6H5). To the Carbon without the hydrogen, attach a Hydroxyl group (-OH). \n\nOn the other Carbon positions, whether it is the ortho positions, meta positions, or para position, erase the hydrogen and attach a nitrate group (-NO2). \n\nOn the Oxygen with the double bond to Nitrogen on the Nitrate group, erase one of the bonds and attach this bond to the phosphate group (-PO3).\n\n4-nitrophenol phosphate is used in a substrate for a timed test for alkaline phosphatase turning colors for 4-nitrophenol
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Alkaline (not alcaline)phosphatase is a phosphatase i.e. it removes phosphate group from nucleotides or proteins. Its optimal condition of activity is alkaline, as its name suggests. If u want further information \n\nhttp://en.wikipedia.org/wiki/Alkaline_phosphatase
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Glycogen phosphorylase uses phosphate instead of water to break down glycogen. Glycogen phosphorylase manages to use phosphate to catalyze glycogen breakdown by employing the coenzyme pyridoxal phosphate (PLP). This coenzyme forms a Schiff base intermediate with a lysine residue of the enzyme (see HERE). The 5' phosphate of PLP act as a proton donor and then as a proton acceptor (acid-base catalyst). Orthophosphate acts to donate a proton to carbon 4 of the glycogen chain and simultaneously acquire a proton from PLP. The carbonium ion thus created is attacked by orthophosphate to form alpha-glucose-1-phosphate. The mechanism can be seen HERE.
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PCl5, or phosphorus pentachloride, has a trigonal bipyramidal structure. A photo of the structure of this molecule is shown below:\n\nhttp://en.wikipedia.org/wiki/Phosphorus_pentachloride\n\nBrF5, or bromine pentafluoride, has a square pyramidal structure: a link to this molecule is shown below as well:\n\nhttp://www.chemistry.ccsu.edu/crundwell/Galleries/VSEPR/brf5.html\n\nBecause PCl5 has a trigonal bipyramidal structure, there is no net dipole moment since the molecule is symmetric around the central phosphorus atom.\n\nBrF5, on the other hand, does have a dipole moment due to the asymmetric structure. The absence of a sixth fluorine atom prevents the structure from becoming octahedral, which would be symmetrical in the structure of BrF6.\n\nSo in short, the differences between the two are as follows:\n\nPCl5=no dipole moment\nBrF5=dipole moment\n\nHope this helps!
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V = nRT/P\nV = (25g/44g/mol)(0.08206Latm/molK)(298K)/1atm\nV = 138.9 L
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d) Cu I\n\nChromic and phosphoric acid are polyprotic acids and the salts will show a decreasing solubility with increasing pH as the higher pH favours the formation of chromate and phosphate.\n\nHydroIodic acid is a strong acid and is fully dissociated and the the amount of iodide formed depends on concentration and not pH. Thus CuI solubility will show no dependence on pH.