Acids come in two primary types, which are strong and weak. The primary difference between strong and weak acids is that strong acids have the ability to fully dissolve or ionize when placed in solutions while weak acids only partially dissolve when exposed to solutions.
According to BBC Science, strong acids typically have higher concentrations of hydrogen ions than weak acids at the same concentration level. When exposed to water, all acids produce hydrogen ions. Strong acids fully ionize and take the forms of hydrochloric acid, sulfuric acid and nitric acid. Weak acids, in contrast, form mixtures that have higher pH levels than strong acids. Ethanoic acid is a prime example of a weak acid.Learn More
The chemical reaction for the burning of sugar by the body is shown through the chemical equation C12H22O11(s) + 12 O2(g) -----> 12 CO2(g) + 11 H2O(l). In this equation, C12H22O11 is the sugar, which burns by reacting with the oxygen to create carbon dioxide and water.Full Answer >
According to Home Guides, chlorine lock, or stabilizer lock, is a term misused by uneducated providers of pool advice. Stabilizer is a critical part of the important oxidation and reduction potential for the pool to maintain effective sanitation. Home Guides provides a guide on how to maintain a pool using stabilizer.Full Answer >
Chemistry performed in the liquid phase is defined as wet chemistry. The term "wet chemistry" is synonymous with "bench chemistry" because the experiments are often performed at a chemistry bench. Wet chemistry involves the use of beakers, flasks and other glassware to perform general experiments.Full Answer >
Diffusion is the net movement of a substance from a region of high concentration to a region of low concentration. The difference between concentrations in a space is a "concentration gradient." As explained by The Biology Corner, molecules will always move down a concentration gradient toward areas of lesser concentration.Full Answer >