A mole is roughly 6.02x1023 amus (Helmenstine). In this project, moles will be used to measure molality. Molality is defined as moles (mol) solute per kilograms (kg) solvent (Oleson, Andrew and Daly, Terik). Colligative properties are properties of solutions that depend on the number of particles in a volume of solution and not on the mass of the particles (Helmenstine). A colligative property is a property that depends on how many solute particles are in the solvent, not the kind of solute (Oleson, Andrew and Daly, Terik). In chemistry, the colligative properties are factors that determine how the properties of a liquid solution change depending on the concentration of the solute in it. The identity of the solute (s) has no importance in the consideration of colligative properties, and the degree to which their process or change can be observed and measured is affected only by the number of solute particles in the
A mole is roughly 6.02x1023 amus (Helmenstine). In this project, moles will be used to measure molality. Molality is defined as moles (mol) solute per kilograms (kg) solvent (Oleson, Andrew and Daly, Terik). Colligative properties are properties of solutions that depend on the number of particles in a volume of solution and not on the mass of the particles (Helmenstine). A colligative property is a property that depends on how many solute particles are in the solvent, not the kind of solute (Oleson, Andrew and Daly, Terik). In chemistry, the colligative properties are factors that determine how the properties of a liquid solution change depending on the concentration of the solute in it. The identity of the solute (s) has no importance in the consideration of colligative properties, and the degree to which their process or change can be observed and measured is affected only by the number of solute particles in the