how can i derive the name and formula of a salt after running chemical analysis?
603108
Take your white salt with a pinch of regular salt. Mix them with cheese and pudding in amud pot. Dry that for 12 days. Take all alphabets in small papers and mix in the pot. Jumble them. And select the name and formula by trial and error method. \nAnsarenia you are killing. You are not studious.You are pretending. What are you dev ? Hydrogen fusion recator ?
655901
You really need to give a little more information about what you are attempting to convert.  However, in very general terms you remove the sulfate, usually by making a solution containing your material basic.  You then form the hydrochloride salt by adjusting the pH back to the acid side via the addition of hydrochloric acid.\n\nPlease note, this process applies to the salt conversion of materials that are basic in nature and water soluable as their salt form.
564798
Ba(NO3)2 + Na2CO3-->BaCO3 +2NaNO3\n\nto do a double displacement follow this formula\n\nAB + CD --> AD + CB
1051035
1-. NaCl + H2O Sodium Chloride ( table salt )\n2-. NaSO3 +2 H2O Sodium Sulfate ( or sulfite I always forget which is the 3 and which is the 4 )\n3-. NaC2H3O2 + H2O ( I'm guessing.  You will want to check your periodic table for the charges on this one )\n4-.NH4Cl + H2O.  Ammonium Chloride\n5-.NSO2 + 3H2O\n6-. not sure\n\nI presume you are working salt solutions.  Ammonia was never my strong suit. I'm positive about the first two.
1067776
You get the molecular, or formula, weight from the periodic table.  Add the atomic weights for Na and Cl.
17901
This is the reaction for the determination of Sodium ion by gravimetric means.\n\nNa2SO4 + 12H2O + 2ZnCl2 + 6UO2(C2H3O2)2 + 6H(C2H3O2) -->\n 2NaZn(UO2)3(C2H3O2)9*6H2O + H2SO4 + 4HCl\n\nThe sodium zinc uranyl acetate forms as the hexa-hydrate crystals.
719242
1) Salt water is more dense.\n\nMeasure out one cup of tap water and one cup of the sample your testing.  Determine their mass by placing them on an accurate scale one at a time.  If the sample has greater mass then the tap water then it has salt in it.\n\n2) Salt does not evaporate.\n\nPut the sample into a pot on the stove and boil it.  If crystals form on the side of the pan then their is salt in the sample.  Be careful not to boil away all the water or you may damage the pan.\n\n3) Humans can taste salt.\n\nOur tounges are very sensitive to salt.  The problem is that some salts are poisonous.  If you know for certain that the type of salt you are testing for is table salt (NaCl) then go ahead and taste it.  Otherwise, try other methods.\n\n4) Osmosis\n\nThere are membranes ( called semi-permeable) that allow water molecules to pass through them but not things like ions ( the things salt breaks down into in water).  Water will flow from one side of a membrane to the other to try and ballance the concentration of salts on either side.  In other words, water will flow through the membrane from the side with less salt to the side with more.  The skin of a grape is a membrane of this type.  Drop it into your sample and if it shrivels up then the sample has salt in it.  This may take a couple days though.\n\nHope this helps.
784165
Go to the link provided.  This is the acetate salt.  Thionine is a cation so it will have to be presented with a positive charge.  My suggestion is to replace the acetate with "X-" in your presentation.\nGood luck on your project.
711078
Acid used is ethanoic acid, hence the salt produced is ethanoate (in this case, the exact salt is sodium ethanoate CH3COONa). Since this is an acid-base titration, products are salt and water.\nCH3COOH + NaOH --> CH3COONa + H2O
114804
No need to break it down to "molecular" other wise, try this: Sodium thiosulphate. Dont just use it coz they all vary in their Ph U know the basisity or acidity they concentrate.
734957
Na+ Cl-\nC +4 O-2 each\nK+ Br-\nN-3 H+1 each\nMg+2 O-2
484197
Salt - sodium chloride.\n\nIf you need something a bit more unusual, I believe there is imitation salt which is potassium chloride.
290781
MgSO4(s) + 2HCL(aq) ---> H2SO4(aq) + MgCl2 (aq)
883304
Na2EDTA is a complex molecule. Its name stands for ethylenediaminetetraacetic acid – disodium salt. The formula is Na2C10H14N2O8. Even though its name and structure are complex, you only need to know that: EDTA reacts with Ca+2 and Mg+2 in a one to one ratio as follows:\n:Ca+2 + EDTA-2 -----> CaEDTA\n\nMg+2 + EDTA-2 -----> MgEDTA\nThe formula mass of Na2EDTA dihydrate is 372.24 g/mole.Na2EDTA comes as a dihydrate(absorbs water from the atmosphere) which is efflorescent (literally means "bursting into flower" but in this case just means that it forms bubbles), you cannot reliably weigh out the desired number of grams. The salt may be fully, or only partially, hydrated at the time you weigh it. The result is that you cannot be certain that you have prepared the proper strength reagent of EDTA..therefore: you need to standardize the solution  The results of the titration is reported as mg of CaCO3/liter.\nTo convert Calcium plus Magnesium (meq/L) Hardness as CaCO3 (mg/L) 50\nOf course since Fe and Mg and Ca and other metals are also present in water it is better (more accurate) to titrate for each metal species individually and calculate the hardness using the results of the individual results. EDTA hardness is sometimes referred to as "Total hardness"and is reported as " Hardness as mg/l CaCO3."
1056970
some basic experiments in chem r making of common salt ,mixing hcl with various chemicals 2 produce gases
752782
There are a few methods, most of them require memorization, or a good chart.  For example, ionic compounds get named by adding the names of their ions, but molecular compounds get named by each individual element and a prefix of how many there are.  Then you have acids...  \n\nhere are some examples:\n\nNaCl - Sodium Chloride\nNa2CO3 - Soduum Carbonate\nNa3PO4 - Sodium Phosphate\n\nNotice that sodium is always sodium, not mono, di or tri.\n\nMolecular compounds are different, here are some examples:\n\nNF3- nitrogen trifluoride   \nNO - nitrogen monoxide OR nitric oxide (Ionic)\nNO2 - nitrogen dioxide  \nN2O - dinitrogen monoxide (laughing gas)\n\nI wont even go into acids, or Hydrocarbons\n\nI hope that gets you started anyway
706351
KCl(aq) + AgNO3(aq)  --> KNO3(aq) + AgCl(s)\n\nNet ionic: Cl-(aq) + Ag+(aq)  --> AgCl(s)\n\nNa2SO4(aq) + Ba(NO3)2  --> 2NaNO3(aq) + BaSO4(s)\n\nnet ionic: SO4(-2)(aq) + Ba(+2)(aq)  --> BaSO4(s)