true
A solution is in fact an example of a homogeneous mixture. This statement is considered to be a true statement.
False. As an example wet sand is a mixture of water and sand, but it is not a solution as the two substances remain as distinct phases.
true
Not between the different components of a mixture, no.
true
Acids add H+ ions to a solution. Bases add OH- ions to a solution.
True. A homogeneous mixture is a mixture that has the same amount of solute throughout the solution. And since, in order to be defined a homogeneous mixture, a solvent and a solute have to be involved, the answer is true. An example of a homogeneous mixture is store-bought milk.
False. By definition, a solution is a homogeneous mixture, that is to say, everywhere in it its properties are the same (one phase only). An example is a non saturated mixture of salt and water.The opposite is a heterogeneous mixture, where there are regions (phases) of different characteristics. An example is a mixture of oil and water.
In a homogeneous mixture particles are spread evenly.
Salad dressing is an example of a (homogeneous, heterogeneous) mixture. The simplest type of substance is an (element, compound). When elements combine to form compounds, their properties (do, do not) change. ... The substance in a (homogeneous, heterogeneous) mixture can usually be seen and are easily separated.
False. As an example wet sand is a mixture of water and sand, but it is not a solution as the two substances remain as distinct phases.
False. It is homogeneous
True
In chemistry, a false solution is a mixture of substances that appears to be a homogeneous solution but actually contains insoluble particles that are not visible to the naked eye. False solutions can arise when a solute is added to a solvent but does not dissolve completely, resulting in the formation of tiny particles or aggregates of particles that remain suspended in the solvent. False solutions can be problematic in chemistry because they can lead to inaccurate measurements of concentration and other properties of the mixture. For example, if a false solution is used to prepare a dilute solution, the concentration of the solute in the resulting mixture may be incorrectly calculated, leading to errors in experimental results. False solutions can also cause problems in industrial processes, such as filtration or crystallization, where the presence of suspended particles can interfere with the efficiency of the process. To avoid false solutions, it is important to ensure that solutes are completely dissolved in the solvent before preparing a mixture, and to use appropriate methods, such as filtration, to remove any insoluble particles that may be present.
true
Oil and vinegar are a mixture. After a while they will separate.
No; the given statement is false. The natural atmosphere is largely a homogeneous mixture of oxygen and nitrogen gases, and it has very different chemical properties form any of the compounds formed from nitrogen and oxygen. Distinct such compounds with formulas N2O, NO, NO2, and N2O5 are known and are all chemically different from one another as well as from a homogeneous mixture of oxygen and nitrogen gases.
A true solution is homogeneous, that is the same all the way through, and you can't see the solute particles nor filter them out. A false solution is properly called a suspension or colloidal suspension. They are heterogeneous and you may or may not be able to see the solid pieces. Colloidal suspensions scatter light.