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  1. Jul 29, 2019 · A mixture is defined as the result of combining two or more substances, such that each maintains its chemical identity. In other words, a chemical reaction does not occur between components of a mixture. Examples include combinations of salt and sand, sugar and water, and blood. Mixtures are classified based on how uniform they are and on the ...

    • Anne Marie Helmenstine, Ph.D.
  2. A solution is a homogeneous mixture where all the particles are evenly mixed. Solutions can be solids, liquids, or gases, and they are made up of a solute and a solvent. The solute is the substance that dissolves in the solvent. Solutions have uniform properties throughout the sample.

  3. As it stands, this is what I understand them to mean: Compound: two or more different atoms bonded together. Mixture: two or more different atoms together but not joined. Molecule: two particles (same or different) bonded together. Element: only 1 type of atom; this definition is applied to things both bonded and not to itself.

  4. Phase. A phase is any part of a sample that has a uniform composition and properties. By definition, a pure substance or a homogeneous mixture consists of a single phase. A heterogeneous mixture consists of two or more phases. When oil and water are combined, they do not mix evenly, but instead form two separate layers.

  5. A heterogeneous mixture consists of two or more phases. When oil and water are combined, they do not mix evenly, but instead form two separate layers. Each of the layers is called a phase. Figure 9.1.1 9.1. 1: Oil and water do not mix, instead forming two distinct layers called phases. The oil phase is less dense than the water phase, and so ...

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  7. The examples provided above are all considered solutions; air is a solution of small gas molecules, simple syrup is a solution of sucrose in water, and seawater is a solution of ions and water. Homogenous mixtures with larger particles, ~2.0-500 nm, are classified as colloids. Milk, fog, and butter are all considered colloids.

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