Temperature, pressure and substance composition can impact the solubility of a substance. Reactions between solutes and solvents can decrease the solubility of a substance as well.Know More
The solubility, or the amount of a substance that can be dissolved in a given solvent, varies based on a variety of factors. Solids, gases and liquids all have different levels of solubility.
Le Chatelier's principle explains why and how substances become more soluble. The principle notes that when a chemical equilibrium is under stress, it will react in a different manner to handle the stress.
Each of these states reacts differently with temperatures and pressures, which can increase or decrease the solubility. For instance, gases that are exposed to decreasing temperatures, will be more likely to have higher solubility than at those that are lower. There are no temperatures that provide a measured effect on a liquid's solubility.Learn More
Molar solubility can be calculated from KSP by writing the chemical equation for the substance and then dissolving and dissociating so that the KSP expression can be written and then the concentration of each individual ion can be added and multiplied out. Molar solubility is the number of moles that are dissolved per liter of solution.Full Answer >
Factors such as topography, fuel types and weather affect fire behavior. There are other factors, including fuel load, that affect both unregulated and prescribed burns.Full Answer >
The temperature, the polarity of the solutes and solvent, the pressure, and the molecular size affect solubility. All of these factors play roles in determining which solutes dissolve in which solvents.Full Answer >
Temperature is not the only factor that determines when glass breaks, as the speed in which the glass is heated, as well as the distribution of heat, play a large role in determining expansion and contraction of glass which can ultimately cause shattering and cracks. Known as a thermal break, applying heat to glass can cause it to crack or shatter.Full Answer >