Actually, this is a very simple metathesis reaction. Dissolving NaNO3 and KCl in hot water will produce a solution of Na+, K+, NO3-, and Cl- ions. Simply cooling this solution will cause the anion/cation combination with the lowest solubility to selectively precipitate out. Looking at some data for these salts:
KCl: 280g/L (0°C)
NaNO3: 730g/L (0°C)
KNO3: 130g/L (0°C)
NaCl: 360g/L (0°C)
Potassium nitrate has a relatively steep solubility vs temperature curve, and is the least soluble at 0°C, so it will crystallize very readily from a hot saturated solution that has been chilled to around the freezing point of pure water. Filtering out and collecting the precipitated KNO3 just leaves you with a solution of mostly Na+ and Cl- ions. The solubility of NaCl is quite high and doesn't change much with temperature, so it's possible to extract quite pure KNO3 directly from this reaction.
No net reaction. Both KCl and Na2SO4 are completely soluble in water.
s + p =
There is none because they cancel out.
Agno3+Nacl-
you can but it you do it will kill the plant...
The color is from sodium, not from Cl or Nitrate - NO3.
s + p =
There is none because they cancel out.
KCl + NaNO3 ----> KNO3 + NaCl
Do you mean: Na+Cl- + K+N03- --------> K+Cl- + Na+NO3- Sodium + Potassium ---> Potassium + Sodium Chloride Nitrate Chloride Nitrate
Sodium chloride and and sodium nitrate doesn't react.
NaNO + Kcl =Nacl + KNO3 Further answer But the formula for sodium nitrate is NaNO3, not NaNO.
Im not quite sure, but since potassium chloride and ammonium nitrate forms kno3, theoretically, sodium chloride and ammonium nitrate would form sodium nitrate. (Im not 100% sure due to that sodium chloride is more soluble than potassium chloride.)
Examples: sodium chloride, potassium chloride, sodium phosphates, sodium nitrate etc.
- potassium chloride - ammonium and calcium nitrate - ammonium and sodium phosphates - ammonium sulfate etc.
No
Examples: sodium chloride, potassium chloride, sodium nitrate, calcium carbonate, calcium phosphate etc.
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