Difference between a Mixture and a Solution
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11/10/2020 القراءات: 2000
Overview Research Experience New Stats Scores Following Filter by content type: Questions Questions & Discussions How to Make a Rainbow with Chemical Reactions? Question Be the first to answer Asked 2 years ago you can get a rainbow cheaply with four (count them, four!) chemicals. Number one: water. Tap water will do, or a gallon of distilled water from the store if you fee … Read more Lithium Chloride Chemical Burns Fireworks Calcium Chloride Answer Following 8 Reads Difference between a Mixture and a Solution Discussion 1 reply Asked 2 years ago In chemistry, the terms “mixture” and “solution” actually refer to two quite different types of samples. According to Charles Ophardt, a mixture is a combination of substances (at least two, but often more) which have not reacted chemically and may or may not possess a uniform physical composition and visual appearance, whereas a solution is a particular type of mixture in which several substances have combined to form what appears to be, both visually and in terms of its uniform makeup, a single substance. More generally, a solution is actually a type of mixture; however, while a solution is a type of mixture, a mixture may or may not be a solution. MIXTURES A mixture involves the combination, but not chemical reaction or dissolution, of multiple substances. Unlike solutions, other mixtures can theoretically be separated back into their constituents through manual physical separation. (Solutions may still be separable, for instance through boiling off the solvent). In theory, a mixture does not have to be in a liquid, although we generally associate it with such; one could, for example, have a mixture of blue-and red-coloured balls within a container. SOLUTIONS Solutions contain, at minimum, two components: a substance (generally the larger quantity) called the solvent, and a second (usually lesser), called the solute, which dissolves into the first. In everyday experience, most solutions consist of substances dissolved in water. Salt water, for example, is a solution: sodium chloride (table salt) has dissolved into water to form this solution. Other examples of solutions include vinegar, carbonated water, and air pollution, or smog. Because of the degree of homogeneity required in a solution, generally speaking the solvent in the solution is either a liquid (like water) or perhaps a gas; the solute, by contrast, may be a solid, provided that it is capable of dissolving. Acids and bases are examples of solutions in which particular substances – respectively, those with give off hydrogen ions and raise the hydronium (H3O+) content of water, and those which give off hydroxide ions and decrease the hydronium content of water. Reference http://www.actforlibraries.org/difference-between-a-mixture-and-a-solution/
Difference between a Mixture and a Solution
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