Simple: measuring the pH of the sodium chloride solution.
HCl, or Hydrochloric Acid. You need an acid with Chlorine in it, and that's the most common one around, as well as the only one that I know of.
It would neutralise it son! You know how it is!! acid + alkali = neutral. Remember that sh*t ma'f**ka!!
Table salt is sodium chloride; sodium is a metalic element and chlorine is a non-metallic element.Table salt is sodium (an explosive metal) combined with chlorine (a poisonous gas). Sodium is Na; Chlorine is Cl. So table salt is NaCl.This element is sodium (Na).This element is sodium (Na).
Salt (sodium chloride, NaCl) is a compound.
Saltwater, which is a mix of water and dissolved sodium chloride, will leave a residue of sodium chloride when it evaporates. The water evaporates, leaving behind the salt as a white or clear crystal residue.
pH 11 is an alkali not an acid
no you do not always need water to see whether something is acid or alkali
HCl + NaOH --> H2O + NaCl The salt is NaCl or sodium chloride A.K.A. generic table salt. One good rule to know is that most of the time when you react an acid (like HCl) and a base (like NaOH) you will end up with a salt (otherwise known as an ionic compound) and water.
The analysis of sodium chloride demonstrated that the chemical formula is NaCl, containing Na and Cl.
the chemical name is sodium chloride, but if you need to be specific then i don't know what the name is, but i do know that one of the names is sodium chloride. sorry if i couldn't be of any assistance.
Sodium is classified as a metal because it is a metal.Pure sodium (which you have probably never seen) is a bright, shiny, soft metal that is easily cut with a knife and which instantly reacts with air to form a dull patina. When dropped in water it reacts violently and explosively.Because it is so highly reactive, it does not exist in nature other than in compounds. You probably know it as the compound sodium chloride which is table salt, and is not a metal, but is the salt of a metal and a gas.
NaCl is NOT soluble in hexane. We did this experiment in my chemistry class so I know this statement is definitely correct, however I'm not sure why. I know it has something to do with the ionic bonding of sodium chloride being able to overcome the single bonds of hexane.