Two possible phosphates in the precipatation reaction of copper 2 choloride with sodium phosphate would be copper (II) sodium monophosphate, and copper (II) diphosphate.
Phosphate ions carry a charge of negative 3 (PO4-3), so they must bind with something with 3 positive charges. Copper (II) is +2, and adding a sodium (Na+) makes three, so we have copper(II) sodium monphosphate: CuNaPO4.
Another possibility is to use multiple phosphates. Two phosphates would have a -6 charge, and 3 copper(II) atoms would have a +6 charge, so they could form copper(II) diphosphate: Cu3(PO4)2.
None! Trisodium phosphate is the end produce of neutralizing phosphoric acid with sodium hydroxide. So, no further reaction is possible.
Sodium phosphate, usually listed as an ingredient on food labels, can be referring to either monosodium phosphate, disodium phosphate, or trisodium phosphate. It is usually an emulsifier (thickener) or a preserving agent. Disodium is the one most commonly used.
Nothing happens, all possible salts are very soluble: Potassium and sodium salts are always soluble!
Yes, nitrogen is found in nucleic acids in the form of nitrogenous base. Actually, nucleic acids (DNA and RNA) are linear polymers of nucleotides (a purine or pyrimidine nitrogenous base + a pentose sugar + a phosphate group).
lactose fermenter bacteria will not react d/t it likes acidic environment.
Answer Phosphates often come from dead and decayed organics in your pool. This can be from fertilizer in your own lawn, or it can be blown in from the wind (even invisible amounts). They also come from an abundance of debris. When you often get leaves, pollen, flowers, bugs, or anything like that in the pool they will sit in your filter and break down into phosphates. Another common cause is dogs, and lots of people swimming in the pool. Phosphates from people can come off their bodies in things such as skin cells, and detergents from the suits, and dogs are usually covered in phosphates. One cause of Phosphates in the pool are due to lawn chemicals getting into the water. If you have a lawn service who is putting down chemical .. you may want to cover the pool when the lawn service is there .. or ask them to stay further away from the pool. Next the family may be walking across the lawn to get to the pool .. or retrieve the errant ball when it gets away from them... then back in the pool .. with lawn chemical on the feet.. transferred to the pool .. and now you have phosphates in the pool. Laundry detergent also use phosphates and have been known to find their way into pools To prevent phosphates use a phosphate removal or maintenance preventive, skim the pool every day, clean the skimmer basket every day, and clean/backwash the filters as often as possible (every month if you live in a high-dust/debris environment)
There is no such compound named copper IV phosphate.The only possible copper posphates areCopper(II) phosphate is Cu3(PO4)2 , Cupric phosphateCopper(I) phosphate is Cu3PO4 , Cuprous phosphate
No .
It can enter into the urea cycle
None! Trisodium phosphate is the end produce of neutralizing phosphoric acid with sodium hydroxide. So, no further reaction is possible.
Possible Answers: I, II, and III
Creatine phosphate, oxidative phosphorylation, and glycolysis.
a sugar, a phosphate, & one of four possible bases
Sodium phosphate, usually listed as an ingredient on food labels, can be referring to either monosodium phosphate, disodium phosphate, or trisodium phosphate. It is usually an emulsifier (thickener) or a preserving agent. Disodium is the one most commonly used.
Levene
Possible P2O6 MeansNot: Phosphate because "anhydrous phophate" is P2O5 (most close to the original Q.) and "Phoshate" is (in chemistry) PO43-
Only one pyruvate molecule will be formed per molecule of glucose