What is Phosphorus acid?
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The compound phosphorous acid, with formula H3PO3, is one of the oxoacids of phosphorus...
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sugar, phosphate and a base\n\n\nsomething like that
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Hydrochloric acid is used for pH adjusting swimming pools.\n\nPhosphoric acid is in Coca Cola.
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It is Calcium and phosphrus.
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N(Nitrogen), P(Phosphorus), K(Potassium)
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"Phosphocreatine, also known as creatine phosphate or PCr, is a phosphorylated creatine molecule that is an important energy store in skeletal muscle. It is used to generate ATP from ADP, forming creatine for the 2 to 7 seconds following an intense effort. This reaction is reversible and it therefore acts as a spatial and temporal buffer of ATP concentration. Phosphocreatine plays a particularly important role in tissues that have high, fluctuating energy demands such as muscle and brain. Creatine phosphate is synthesized in the liver, and transported to the muscle cells for storage."
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2H3PO4+6NaOH-------->6H2O+2Na3PO4\n\nThere has to be two moles of phosphoric acid and six moles of sodium hydroxide for it to balance out
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If you are talking of iron(III) phosphate, then it should be FePO4. For iron(II) phosphate, it should be Fe3(PO4)2. Both are possible but iron(III) phosphate is more thermodynamically stable.
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They glow if they contain fluoresent substance(s) such as phosphorus compounds.
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2 M HCl\n\nHCl is a strong acid and acids have pH less than 7\n\nH3PO4 is a weak acid\n\nNH3 is a base\n\nNaOH is a base
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if you want a pH 7 buffer use potassium dihydrogen phosphate and disodium hydrogen phosphate in equal quantities.
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Pi stands for "inorganic phophate".  It is a phosphorous atom with four oxygen atoms around it.  It's chemical formula is PO4 (-3).  It has three negative charges.\n\nATP is adenosine tri-phosphate.  It has three of these phosphate groups attached in a row.  These bonds break fairly easily.  The fact that they are broken "cleaved" rather easily means that you don't have to put much energy in to get a lot more out.  Almost all chemical reactions in your body use ATP to add a little energy into a reaction, especially muscle contraction.  When ATP binds to the myosin head of the muscle fiber, it is broken into ADP (adenosine diphosphate (get it, 2 phosphate groups!)) and Pi (one inorganic phosphate).  The energy of the bond that was broken is used to change the shape of the molecule so that it drags the actin filament below it.  As this happens ADP is released from the myosin.  Once a new ATP attaches, the myosin can release from the actin and the process can start all over.\nA neat clinical thing to understand is that when a person dies, they no longer make any new ATP, thus the myosin cannot release from the actin and they are stuck together.  This is rigor mortis, or the condition of stiff corpses!
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Muriatic acid.  It is still sold under this name in hardware store and building material outlets.
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Sure.  "Studies on the interaction of U(VI) with living cells, spores, heat-killed cells, and decomposed cells of Bacillus sphaericus by time-resolved laser fluorescence spectroscopy show that different phosphate complexes are formed. Using fresh intact cells, the U(VI) is bound to organo-phosphate groups of the bacterial cells. With increasing age of the samples, the cells begin to lyse. During this process, inorganic phosphate is released and a uranyl phosphate precipitate is formed. The characterization of the released phosphate species by Raman spectroscopy and the uranyl phosphate complexes by time-resolved laser-induced fluorescence spectroscopy (TRLFS) has shown that the bacteria release H2PO4- during decomposition which leads to the formation of UO2(H2PO4)2."
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That would be Adenosine Tri-Phosphate or ATP.\n\nMost of the energy is stored in the bond used to link the third phosphate group.  When the bond for this group is broken (and ATP becomes ADP and one free phophate), the energy is released again.
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try where sodium phosphate came from or what does sodium phospate come from .  Check it out
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A solution that contains an equivalent amount of an acid and its conjugate base.