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  1. Jun 12, 2021 · You can also stick with confuse, which is appropriate for mixing up two things. confuse (v.) If you confuse two things, you get them mixed up, so that you think one of them is the other one. I always confuse my left with my right. Collins. To mix up in the mind, to fail to distinguish, erroneously regard as identical, mistake one for another.

  2. The word you use depends on what you are joining/mixing and how you are joining them. So, for example, if you join two businesses together you form a "merger". On the other hand, if you mix metals you get an "alloy" (The alloy of Gold and Lead is useless, as it is so brittle that it crumbles between the fingers, however, lead and tin form a useful alloy called solder.)

  3. The metal is then held together by the strong attraction between the positive nuclei and the negative "sea" of electrons. This does mean that if you were to push two masses of pure copper together, their sea of electrons would merge and they would become one. This is the principle behind cold welding, and also a theory behind how gold nuggets form.

    • Homogeneous Mixtures
    • Heterogeneous Mixtures
    • How to Tell Whether A Mixture Is Heterogeneous Or Homogeneous
    • Examples of Mixtures
    • Not A Mixture

    Homogeneous mixturesappear uniform to the eye. No matter how closely you examine them, you won't be able to see individual chemicals or ingredients in this type of mixture. Because they are uniform and consistent, they only consist of a single phase of matter—be it solid, liquid, or gas. The chemical composition is the same for any sample of the mi...

    Heterogeneous mixturesare not uniform. If you take two samples from different parts of the mixture, they will not have an identical composition. You can use a mechanical method to separate components of a heterogeneous mixture (e.g., sorting candies in a bowl or filtering rocks to separate them from sand).

    Sometimes classifying mixtures is obvious, especially if you can see different types of materials in a sample. For example, if you have a salad, you can see different sizes, shapes, and types of vegetables. In other cases, you need to look more closely to recognize the type of mixture. Any mixture that contains more than one phase of matter is hete...

    Air is a homogeneous mixture. However, the Earth's atmosphere as a whole is a heterogeneous mixture. See the clouds? That's evidence the composition is not uniform.
    Alloys are made when two or more metals are mixed together. They usually are homogeneous mixtures. Examples include brass, bronze, steel, and sterling silver. Sometimes multiple phases exist in all...
    Mixing two solids, without melting them together, typically results in a heterogeneous mixture. Examples include sand and sugar, salt and gravel, a basket of produce, and a toy box filled with toys.
    Mixtures in two or more phases are heterogeneous mixtures. Examples include ice cubes in a drink, sand and water, and salt and oil.

    Technically, if a chemical reaction occurs when you mix two materials, it's not a mixture—at least not until it has finished reacting. For example, if you mix baking soda and vinegar, a chemical reaction occurs. Once the reaction has finished, the remaining material is a mixture. Similarly, if you mix ingredients to bake a cake, a chemical reaction...

  4. Compounds. A compound is a substance that contains two or more elements chemically combined in a fixed proportion. The elements carbon and hydrogen combine to form many different compounds. One of the simplest is called methane, in which there are always four times as many hydrogen atoms as carbon atoms. Methane is a pure substance because it ...

  5. When you put things together, you combine them, creating one out of several. In some cases, the different items blend their properties and cannot be divided again, while in other cases the combined items can be picked out separately.

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  7. When two liquids combine to form a new liquid, we call the liquids “miscible.” When two liquids do not mix together and instead form layers, we call them “immiscible.” The chemical properties of the liquids will determine if they will mix or not. Those with similar chemical properties will mix; those with different properties will not mix.