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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.

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Rhett Strosin

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2y ago

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All mixtures are also solutions true or false?

False. While all solutions are mixtures, not all mixtures are solutions. A solution is a homogeneous mixture where the components are evenly distributed at a molecular level, while a mixture can be heterogeneous with uneven distribution of components.


Are all solutions mixture's and all mixtures solutions?

No. A solution is a homogeneous mixture -- in which the components have the same composition throughout, down to the molecular level. Salt water and air are examples of solutions. Many mixtures are not homogenous. Rocks and oil-based salad dressing are examples of mixtures that are not solutions.<br>


Are All gaseous mixtures solutions?

Yes, all gaseous mixtures are solutions because they are homogeneous mixtures of two or more gases where the components are uniformly distributed at a molecular level.


Why are all solutions mixtures but all mixtures aren't solutions?

A solution is a special type of mixture in which one thing (the solute) is dissolved into a liquid (the solvent) to make a solution. Mixtures can be a combination of any compounds and/or elements that are not chemically bound together And can be combinations of solids, solids and liquids, or liquids and liquids.


Why aren't mixtures solutions?

Solutions are mixtures, but mixtures are not solutions.It's exactly analogous to "cats are animals, but animals are not cats" ... that is, every cat is an animal, but not every animal is a cat. Cats (and solutions) have specific properties that are not shared by all animals (or mixtures).

Related Questions

Is all mixtures are solutions true or false and why?

false all solutions are mixtures but not all mixtures are solutions


All mixtures are also solutions true or false?

False. While all solutions are mixtures, not all mixtures are solutions. A solution is a homogeneous mixture where the components are evenly distributed at a molecular level, while a mixture can be heterogeneous with uneven distribution of components.


Are all solutions mixture's and all mixtures solutions?

No. A solution is a homogeneous mixture -- in which the components have the same composition throughout, down to the molecular level. Salt water and air are examples of solutions. Many mixtures are not homogenous. Rocks and oil-based salad dressing are examples of mixtures that are not solutions.<br>


Are all solution mixtures?

Yes, all solutions are by definition mixtures.


Are all mixtures can be separated by physical processes.?

FALSE It is true the above answer is wrong


Are all mixtures solutions and why?

No mixtures are solvents


Is salt and water mixture and solution?

yes it is a solution, and all solutions are mixtures, but all mixtures are not solutions.


Are all mixtures are solution?

Yes, all solutions are by definition mixtures.


What are some different mixtures and solutions?

All solutions are mixtures but not all mixtures are solutions. Milk is a Mixtures of protein, fat, lactose and minerals in the form of colloids. Chocolate drink is a mixtures of suspense solid and milk (colloids) with sugar (solution).


What are some differences in mixtures and solutions?

All solutions are mixtures but not all mixtures are solutions. Milk is a Mixtures of protein, fat, lactose and minerals in the form of colloids. Chocolate drink is a mixtures of suspense solid and milk (colloids) with sugar (solution).


Is it true or false that all mixtures are solutions?

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.


Are All gaseous mixtures solutions?

Yes, all gaseous mixtures are solutions because they are homogeneous mixtures of two or more gases where the components are uniformly distributed at a molecular level.