What is a strong electrolyte?

Lawyer in chemistry, strong electrolyte is a substance that is completely dissolved when placed in the water. When dissolved, a strong electrolyte dissociates on positive and negatively charged molecules or atoms called cations and anions. These electrolytes are able to perform electricity in their dissolved states, but not in their solid forms. They are usually salts and strong acids and bases. Strong electrolyte dissociates completely or almost completely when it is inserted into the water, while the weak electrolyte only partially dissociates and the non -election remains the whole. Most molecules that can be decomposed in water are held together by ion bonds.

ion bonds occur when two atoms or molecules share one electron. When the binding breaks, one of the atoms retains a shared electron. Because electrons are negatively charged, the atom that has received an electron is becoming a negatively charged and the atom that has lost the electron will become positive. Positive charge results in the number of protons that JThe number of electrons that are negatively charged are no longer equally charged in the atom core.

creation of these positive and negatively charged ions, called cations and anions, allows strong electrolyte to perform electricity. The more ions in solution, the stronger the power line. This principle is used by electrolytic cells. The strong electrolyte is dissolved in water and two bars called the cathode and the anode, are associated with a positive and negative electrical output. The electric current travels through the anode, through the solution and exits the cathode, creates an electrical circuit.

Because strong electrolytes are either strong acids, salts or strong bases, they can often be determined by the search and the molecular formula. Salts are generally metal associated with another element. Sodium chloride (NaCl), commonly known as table salt, is one of the easiestly recognized salts. Molecular formula for strong foundations also usually orThe metal, but generally ends in a molecule of hydroxide (OH). If nitrogen (n) is in the molecular formula for the base, it is most likely weak, rather than strong, and therefore a weak electrolyte.

Most acids are weak acids and can be easily identified by hydrogen atom (H) The initiation of molecular formulas. However, seven strong acids also begin with hydrogen and are simply memorized by scientists who work with strong electrolytes. Strong acids are hydrogen bromide (HBR), hydrogen iodide (HI), sulfuric acid (H _{2 so 4 ), nitric acid (fertilic acid), chloric acid (chloric acid) and chloric acid) and hydrochic acid) and hydroch and hydroch), and chloric acid), and hydroch), and chloric acid) and hydroch) and chloric acid) and hydroch), and chloric acid, and chloric acid, and chloric acid) and chloric acid and chloric acid, chloric and chloric acid (HCl).}