No there is no reaction, because what would replace the sodium lol
NaCl + NaPO4 ---> NaCl + NaPO4
sodium chloride + sodium phosphate = chlorine phosphate + sodium
apchem08::
Write a balanced equation and indicate the reaction type (single or double sodium chromate. potassium phosphate. nickel (II) iodide. lead (II) chloride. 9.
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SchoolNotes.com - Notes Page::
a. Write an equation for the neutralization reaction. HNO3 + KOH 5. Na3PO4 sodium phosphate. 6. NH4Cl ammonium chloride. 7. K2Cr2O7 potassium dichromate
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NaCl + NaPO4 = ClPO4 + 2Na
and yes there is a reaction; it is a single replacement reaction
The answer given by doyoubelieveinGod666 is completely incorrect. There is, in fact, no reaction.
CHEM 200 at SIU: summer semester 1998::
and balance the chemical equation that describes the above reaction, 3. The bonding that exists in sodium chloride is an example of a. covalent bonding
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www.chem.fsu.edu/editors/rlight/1046su96/ptest1.txt::
( 6)A. iron(II) phosphate + sodium nitrate (6)B. calcium chloride + ammonium Reduce the balanced equation by canceling species on both sides and by reducing
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"Chlorine phosphate" does not exist! Also, the reaction written by this person is a redox reaction, with the Cl going from -1 to +1. This does not happen! Chlorine, with a +1 oxidation state, is ClO-; it is not ever Cl+, just a naked +1 chlorine ion. No no no!
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