I = ionization constant (For sucrose this is 1.0 because sucrose does not ionize in water.) Essentially, if the dipole moments of the solute and solvent are similar, the solute dissolve. Because it can lose a proton to form ions, it does ionize in solution and is thus an electrolyte, but because it's a weak acid, the reaction doesn't go to completion and some $\ce{CH3COOH_{(aq)}}$ exists in solution making acetic acid a weak electrolyte as it doesn't completely ionize in solution. Let’s peel this problem off. Table sugar does not ionize when dissolved in water. These sugar molecules are usually neutral (not charged), and so are unable to move to the opposite ends of the electrodes like the ions. The best way to get electrolytes into your diet is to eat fruits and vegetables (especially potatoes, beans, citrus fruits, and bananas.) You make a 0.5 M sugar solution with pure water, this solution will. There are also chances when sugar may not dissolve totally in water. Solubility is heavily intertwined with polarity and dipole moments. In this video I test water conductivity with a simple experiment which shows how water changes its conductivity when you add salt to it. You can also make your own at home. The sugar we use to sweeten coffee or tea is a molecular solid, in which the individual molecules are held together by relatively weak intermolecular forces. There are two reasons for this: the solution may not be stirred properly or the water was too cold before the sugar was mixed into it. I was doing a little research on distilled water verses ionized water, and I found some pretty interesting things.  I have a few friends who insist on drinking distilled water because their rationale is: it does not have any chemicals in it and it is pure water, so it obviously is “good for you”. When sugar dissolves in water, the weak bonds between the individual sucrose molecules are broken, and these C … 1 do you mean to ask why pure sugar doesn’t conduct electricity? Sugar is soluble in water due to the hydroxl, or alcohol, groups. Solution A: 5% (w/v) NaCl Solution B: 2% (w/v) NaCl Solution C: pure water Which of the above aqueous solutions (or pure water) would have the lowest freezing point? solution A. This allows up to 1800 grams of sucrose to dissolve in a mere liter of water.. Salt (NaCl) is an ionic molecule which is formed between a positive ion and a negative ion. Although sugar and salt seemingly dissolve in water in the same manner, they are greatly different in their ionization/non-ionization behavior in water. Water, although it hydrates, does not contain electrolytes (unless you were to add a pinch of salt or sugar). In the process, the bonds in the water molecules are also broken, and intermolecular bonds between the water and sugar molecules can then form. 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