1. Temperature
The rate of evaporation increases on increasing the temperature of the liquid. In other words, the rate of evaporation of a liquid increases on heating. When the temperature of a liquid is increased by heating it,more particles of the liquid get enough kinetic energy to go into the vapour state (or gaseous state). This increases the rate of evaporation. Thus, the rate of evaporation of a liquid can be increased by heating it.The rate of evaporation of a liquid becomes maximum at its boiling point.
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1. Classification Of Matter As Solids, Liquids And Gases
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9. 2. Latent Heat of Vaporisation (Liquid to Gas Change)
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11. Effect of 'Heating' and 'Cooling' on a Saturated Solution
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12. Why Solids, Liquids and Gases Have Different Properties
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13. 1. Solid to Liquid Change : Melting
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14. 2. Liquid to Gas Change : Boiling (or Vaporisation)
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15. 2. The Particles of Matter have Spaces Between Them
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16. 3. Gas to Liquid Change : Condensation
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23. 1. Latent Heat of Fusion (Solid to Liquid Change)
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26. 1. The Particles of Matter are Very, Very Small
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27. 4. The Particles of Matter Attract Each Other
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28. 3. The Particles of Matter are Constantly Moving
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29. 4. Liquid to Solid Change : Freezing
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30. Characteristics of Particles of Matter
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32. Two More States of Matter : Plasma and Bose-Einstein Condensate
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38. The Common Unit Of Temperature and Si Unit Of Temperatre
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39. To Show That Solids and Liquids Cannot be Compressed but Gases Can be Compressed Easily
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44. To Show that Liquids do not have a Fixed Shape but they have a Fixed Volume
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45. To Show the Presence of Water Vapour in Air
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49. Gases Can be Liquefied by Applying Pressure and Lowering Temperature
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50. To Show that Gases do not have a Fixed Shape or a Fixed Volume
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