what is the common name of phosphorus hydroxidE?
152640
Phosphorus forms only oxy-hydroxides, like phosphoric acid (H3PO4), which could be written as PO(OH)3. There will always be one H2O less than theoretically possible.
708449
a=oxygen diflouride\nb=dichlorine octoxide\nc= sulfur trioxide\nd=phosphorus pentoxide
919433
The compound phosphorous acid, with formula H3PO3, is one of the oxoacids of phosphorus...
53002
Calcium Phosphate. Ca is obviuosly Calcium and PO4 is phosphate. The subscripts don't have any effect on the name since it's an ionic compound.
853471
normally they form hydroxides, but oxides are possible.  either would be considered basic
240227
Phosphorus.  Same as incendiaries.
812779
try where sodium phosphate came from or what does sodium phospate come from .  Check it out
766811
d. \n\nIt's a double replacement (acid/base) reaction.  The Sr and the H are both positive and they switch.  Since Sr has a 2+ charge and the PO4 has a 3- charge, you use a common multiple of 6.  The other product would be H(OH) or water.
729728
Sodium Hydroxide----NaOH\n\nWhich is the same thing as lye.\nIt is commonly used in drain uncloging agents.
748280
PH3:                           Phosphine\nAg2SO3:                    Silver Phosphite\nFeCO3:                      Iron(II) Carbonate\nN2O4:                        Dinitrogen tetroxide\nPb(OH)2:                   Lead(II) Hydroxide
211591
Ca3PO4 and CuOH\n\n^^those are the answers
452329
Silicon (a metalloid), Oxygen, Hydrogen, Phosphorus
895387
NaOH ® Na+ + OH- is sodium hydroxide, a common base.\nWater has equal hydronium and hydroxide ion and is thus neutral as is C2H5OCOOH ® H+ + C2H5OCO O- which is in chemical equilibria and C2H5OH is ethanol that might have a slight alkalinity but is not considered a base.
183688
Are you looking for Sulfur Dioxide, Carbon Tetrabromide, Phosphorus Pentachloride?
479762
I assume you are talking about the formula and not the structure.\n\nThe 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). On the other Carbon positions, whether it is the ortho positions, meta positions, or para position, erase the hydrogen and attach a nitrate group (-NO2). On 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\nI'm not sure if you are talking about a nitro-phospho bond or a hydroxy-phosphate bond, but the difference is only 1 hydrogen.
905059
It seems that the tripolyphosphate hydrolises to the orthophosphate\n\nThis is the only way I could see it balance BUT I am guessing and balancing ...\n\n3Na5P3O10 + 6H20 → 5Na3PO4 + 4H3PO4
215113
Dipotassium phosphate (sometimes abbreviated DKP) has the chemical formula K2 H PO4, and is made by reacting appropriate amounts of potassium hydroxide (KOH) or potassium oxide (K2O) with phosphoric acid (H3PO4).  Pure DKP is a slightly hygroscopic (meaning it tends to attract water from the atmosphere) white powder.  It is commonly used as a fertilizer.\n\nAny liquid form you find for sale will simply be a solution of the pure powder in water or other solvent.  DKP is readily soluble in water to the level of about 1.5 grams DKP per gram of water.  The liquid form will almost certainly be more expensive in terms of the amount of actual DKP you get per dollar, as well as in terms of shipping costs.  (You probably don't want to pay to ship the weight of the water in the solution.)