Separation OF Mixtures
Many of the materials around us are mixtures. These mixtures have two or more than two substances (or constituents) mixed in them. It may not be possible to use a mixture as such in homes and in industries. We may require only one (or two) separate constituents of a mixture for processes which are commonly used to separate the constituents of mixtures are : Sublimation, Magnet, Solvents, Filtration, Centrifugation, Evaporation, Crystallisation,Chromatography, Distillation, Fractional distillation and Separating funnel.In some cases, more than one of these processes are used for separating a mixture.
In order to learn the separation of mixtures, we will consider the following three cases :
1. Mixture of two solids
2.Mixture of a solid and a liquid
3.Mixture of two liquids
We will now discuss these three cases in detail, one by one.
Notes
Matter in Our Surroundings - Notes
1. 3. Non-Metals are Bad Conductors of Heat and Electricity.
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3. The Case of a Liquid Solute Dissolved in a Liquid Solvent
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4. 11. Metals Usually Have a Silver or Grey Colour
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7. 7. Metals are Solids at the Room Temperature
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10. 7. Non-Metals may be Solid, Liquid or Gases at the Room Temperature.
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11. Separation Of Mixture Of a Solid And a Liquids
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12. 6. Non-Metals are Not Strong. They Have Low Tensile Strength.
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13. To Study the Properties of a Colloid
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16. To Study the Properties of a Compound of Iron and Sulphur
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17. 11. Non-Metals Have Many Different Colours.
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21. 1. Separation by a Suitable Solvent
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24. 6. Metals are Usually Strong. They Have High Tensile Strength.
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27. To Study the Properties of a Solution
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30. Separation of Mixture Of Two Solids
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36. To Distinguish a Colloid from a Solution
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38. 3. Metals are Good Conductors of Heat and Electricity.
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44. 1. Separation by Fractional Distillation
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47. Chemical Formula for daily use material
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49. Solutions, Suspensions And Colloids
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50. To Separate the Salt-Water Mixture (or Salt-Solution)
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