Chemistry

Matter in Our Surroundings


Properties of Non-Metals


The physical properties of non-metals are just the opposite of the physical properties of metals. The important physical properties of non-metals are given below :

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Notes


Matter in Our Surroundings - Notes
1. The Case of a Liquid Solute Dissolved in a Liquid Solvent
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2. Saturated And Unsaturated Solutions
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3. 11. Metals Usually Have a Silver or Grey Colour
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4. 3. Separation by a Magnet
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5. 3. Non-Metals are Bad Conductors of Heat and Electricity.
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7. 5. Non-Metals are Generally Soft
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8. 2. Non-Metals are Not Ductile.
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9. To Study the Properties of a Colloid
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10. 2. Separation by Centrifugation
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11. 7. Non-Metals may be Solid, Liquid or Gases at the Room Temperature.
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12. Separation OF Mixtures
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13. Solubility
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14. Separation Of Mixture Of a Solid And a Liquids
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15. 1. Separation by a Suitable Solvent
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16. Non-Metals
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17. Types of Solutions
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18. 6. Metals are Usually Strong. They Have High Tensile Strength.
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19. To Separate a Mixture of Alcohol and Water
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20. 2. Metals are Ductile.
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21. 6. Non-Metals are Not Strong. They Have Low Tensile Strength.
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22. To Study the Properties of a Compound of Iron and Sulphur
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23. Is Matter Around Us Pure
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24. Concentration of a Solution
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25. To Prepare a Saturated Solution
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26. To Study the Properties of a Solution
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27. Separation of Mixture Of Two Solids
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28. 3. Metals are Good Conductors of Heat and Electricity.
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29. Suspensions
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30. 11. Non-Metals Have Many Different Colours.
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31. Physical Changes
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32. Chemical Formula for daily use material
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33. Colloids
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34. To Separate the Salt-Water Mixture (or Salt-Solution)
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35. Separation of the Gases of the Air
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36. Types of Mixtures
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37. The Case of Alloys
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38. 9. Metals Have High Densities.
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39. Properties of Non-Metals
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40. 9. Non-Metals Have Low Densities.
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41. Supply of Drinking Water in a City
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42. 5. Metals are Generally Hard
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43. Classification of Colloids
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44. Metals
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45. 7. Metals are Solids at the Room Temperature
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46. 4. Metals are Lustrous (or Shiny), and can be Polished.
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47. Metals, Non-Metals and Metalloids
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48. Chemical Changes
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49. The Case of Solutions
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50. Separation of Scrap Iron
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