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The best example of a solution is seawater since seawater is a mixture of both salt and water mixed together.
Finding a common solution between two, or less frequently, more equations, is a bedrock skill in college algebra. These two equations intersect at one point, where x and y have the same values for both. Finding these (x,y) values is the definition of the common solution.
13.1: Types of Solutions – Some Terminology
|gas||gas||air, natural gas|
|liquid||gas||seltzer water (CO2 gas in water)|
|liquid||liquid||alcoholic beverage (ethanol in water), gasoline|
|liquid||solid||tea, salt water|
Colligative properties are characteristics that a solution has that depend on the number, not the identity, of solute particles. In solutions, the vapor pressure is lower, the boiling point is higher, the freezing point is lower, and the osmotic pressure is higher.
A solution is a homogeneous mixture of two or more substances. A solution may exist in any phase. A solution consists of a solute and a solvent. The solute is the substance that is dissolved in the solvent.
A solution is a homogenous mixture that has two or more substances, wherein the solute is dissolved in the solvent. This type of mixture contains particles that do not separate from each other. In this case, it may look like a pure substance because you are unable to distinguish the different particles in the solution.
Solutions are made up of two parts: a solvent and a solute. Solvent – The component that dissolves the other component is called the solvent. Solute – The component that is dissolved in the solvent is called solute.
Solution, in chemistry, a homogenous mixture of two or more substances in relative amounts that can be varied continuously up to what is called the limit of solubility. The term solution is commonly applied to the liquid state of matter, but solutions of gases and solids are possible.
A solution is a uniform mixture where two components are evenly distributed. The particles of each are very small and become completely mixed together. A solution is a homogeneous mixture. If you look at a solution, it will appear transparent, meaning that you will be able to see right through it.
There are three steps in solvation: the breaking of bonds between solute molecules, the breaking of intermolecular attractions between solvent molecules, and the formation of new solute-solvent attractive bonds.
In true solution the particle size of solute is about the same as that of the solvent. Colloidal particles are big enough to be filtered by parchment paper or animal membrane. From the above explanation we can say that blood, ink, starch are colloidal solutions and sugar sol and salt sol are true solutions.
A Tea is a solution of compounds in water, so it is not chemically pure. It is usually separated from tea leaves by filtration. B Because the composition of the solution is uniform throughout, it is a homogeneous mixture. A Orange juice contains particles of solid (pulp) as well as liquid; it is not chemically pure.
Tea is a complex mixture of compounds which are all water soluble making it a solution.
Dear student , Filtered tea is a colloid and hence it is a heterogeneous mixture. A colloid is a heterogeneous mixture. The size of the solutes in this mixture is so small that they cannot be seen individually with naked eyes, and seems to be distributed uniformly throughout the mixture.
Milk is a colloid, with tiny globs of butterfat suspended throughout the liquid. Whipped cream is a colloid too. Colloids typically don’t separate into their individual components over time.
colloid is a solution in which the particle size ranges between 10-7 and 10-5 cm. For example, milk, blood, honey, smoke, ink, gum, starch solution etc. Saturated solutions have the maximum amount of solute dissolved in them. No more solute can be made to dissolve..