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no
H3Citr + 3 NaHCO3 --> Na3Citr + 3 CO2 + 3 H2O (Citric acid is symbolised by H3Citr, just for simplification) (Na3Citr is symbol for tri-sodium citrate)
sodium citrate is produced.
Sure, you can mix potassium chloride and citric acid; you can pretty well mix any two chemicals together if you wish, although there may not be any point in doing so. The only time you really have to worry about adding acid to another chemical is when cyanide ions are involved, such as potassium cyanide. You could then release poisonous gas (cyanogen) into the air and possibly poison yourself, if you added citric acid. Although citric acid is quite weak, as acids go, so it would not be as risky as adding something like nitric acid (etc.).
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A mixture of ammonium acetate and citrate is obtained.
no
H3Citr + 3 NaHCO3 --> Na3Citr + 3 CO2 + 3 H2O (Citric acid is symbolised by H3Citr, just for simplification) (Na3Citr is symbol for tri-sodium citrate)
Gives it flavor
A iodine solution in water.
Iodine crystals
Yes, In fact, Kool-Aid mix packets are mostly citric acid. Citric acid is responsible for the sourness in many drinks including Kool-Aid.
Why do I have the feeling that your question is not well-phrased? You probably don't want your instant mix to be sour in taste, and you're looking for a substitute for citric acid...
sodium citrate is produced.
it blows up
Citric acid has been known to work as an effective all-natural pesticide and can even kill mosquito larvae. To use this, mix 15% citric acid with 85% water before applying to the larvae.