An unsaturated solution is one that is able to have solvents added or removed. Unsaturated solutions always have fewer particles, or solutes, than solvents.Know More
A solution is defined as having a solvent along with particles. The solvent that is present in a solution is generally always liquid, but can be made of gas. The particles that are in the solution make up the various chemical differences of the solution. Solute concentration is what dictates the amount of particles that are present in a solution. The concentration of the particles can change depending on the situation and can be affected by different factors, including temperature. Concentration can change when more particles are dissolved within the solution.
Iced tea with sugar is a simple example of an unsaturated solution. When sugar is added to iced tea, the particles of the sugar generally dissolve giving the tea a sweeter taste. When large amounts of sugar are added to the tea solution, the concentration of sugar and tea changes. Sugar that is added to the tea to an extent that there is no more room for more sugar to dissolve will cause the solution to become unsaturated. The particles of sugar will no longer dissolve and will reduce the amount of solvent, tea, that is in the solution.Learn More
Benedict's tests are chemical procedures used to test whether a solution contains reducing or non-reducing sugars. These tests are called Benedict's tests because they use Benedict's solution as the primary reagent for the chemical processes that produce the test results.Full Answer >
D5W solution is a solution that is comprised of 5 percent dextrose in water. It is commonly given to patients intravenously and consists of 278 mmol/L of dextrose.Full Answer >
A solution is saturated if there is visible solute that is not dissolving in the solution. Additional solute added to an already saturated solution just forms a layer of solute separate from the rest of the solution, according to a chemistry lesson posted by Mountain Empire Community College.Full Answer >
When a solution is formed, it is characterized by four main properties, known as colligative properties: vapor pressure, boiling point, freezing point and osmotic pressure. Solutes added to a solvent create a solution that is different from the original solvent. Collectively, the colligative properties of a solution give a holistic view of the solution’s behaviors and characteristics.Full Answer >