question archive On your own: In our lives, we rarely experience temperatures that are above 373 K (100 "(3) or below 273 K (0 °C)

On your own: In our lives, we rarely experience temperatures that are above 373 K (100 "(3) or below 273 K (0 °C)

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On your own: In our lives, we rarely experience temperatures that are above 373 K (100 "(3) or below 273 K (0
°C). Investigate how much diffusion rates differ between these two temperatures. Describe the results of your
experiments below.

 

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Temperature affects the rate of diffusion, an increase in temperature increases the rate of diffusion. this is because temperature increases the kinetic energy of the particles making them to move in a faster rate as compared to when temperature is low. When the temperatures are low the kinetic energy in the particles are reduced, this makes the rate of diffusion to reduce. Thus at 373k the rate of diffusion will be high as compared to 273k.