because ions exchange
A current needs a charge carrier. In biological tissue, such charge carriers would usually be ions, from dissolved salts.
I am not sure whether pure salts conduct electricity well. However, a salt in solution tends to split into positive and negative ions - so you have lots of charge carriers in that case.I am not sure whether pure salts conduct electricity well. However, a salt in solution tends to split into positive and negative ions - so you have lots of charge carriers in that case.I am not sure whether pure salts conduct electricity well. However, a salt in solution tends to split into positive and negative ions - so you have lots of charge carriers in that case.I am not sure whether pure salts conduct electricity well. However, a salt in solution tends to split into positive and negative ions - so you have lots of charge carriers in that case.
Salts are ionic compounds. Ionic compounds are bonded by electrostatic forces. Water is very good at stabilizing these charge differences which is why salts dissolve in water. Common salts include sodium chloride (NaCl), calcium bromide (CaBr2), which are metal halide salts. There are also many organic salts, such as sodium acetate (NaCH3COO), and nitrogenous salts, such as ammonium chloride (NH4Cl). Salts are solid at room temperature and typically have very high melting and boiling points.
KCl's Charge is neutral since K has a charge of 1+ and Cl has a charge of 1-
A higher cation charge concentrated on the smaller cations makes it hard to pull apart ionic lattices
an electric desalter is one which uses a high electric potential to separate the salts present in the crude. it is a horizontal drum .it forms an emulsion with crude an emulsion is a mixture of crude and water.water added to the crude acts as an solvent for dissolving the salts present in the crude .once these salts are properly dissolved the electric charge breaks these salts into charged ions and form a dipole .water along with salts settle at the bottom and the crude overflows to the fractionation column
Because the charges of the positive and negative ions balance each other out. For every amount of positive charge, there is an equal amount of negative charge and vice versa. (for example in magnesium chloride if you have 1 mole of Mg2+ ions, the you will have 2 moles of Cl- ions.)
Ionic bond is present is salt. sodium and Chloride are ionically bonded to form Sodium chloride. Sodium is positively charged , While chlorine is negative charge
As a metal, cadmium forms a positive ion (a cation) when it ionizes, usually with a charge of +2. However, pure elemental cadmium has no charge because it has enough electrons to balance its protons, and cadmium salts are electrically neutral because the charge of the anion balances the charge of the anion.
Various salts are added to the mix:Copper salts - blueStrontium salts - redSodium salts - yellowBarium salts - greenCalcium salts - orangeCobalt salts - blueCryolite - yellowLithium salts - bright red
- carbonates are salts.- oxides are...oxides not salts- hydrogencarbonates are salts