How Does The Concentration Affect The Rate Of Diffusion

The purpose of the experiment conducted was to observe if a higher concentration or lower concentration gradient would affect the diffusion rate of the iodine moving through the starch concentration. This was shown to be an accurate experiment as with a higher concentration gradient the diffusion that did occur happened a lot faster and diffused more efficiently compared to no iodine solution and just water. This is due to the molecular collisions speeding up the experiment in the time period given because of the Soule molecules found within the given volume. This experiment can also refer to hypo, hyper and isotonic due to the two solutions being separated by the dialysis tubing (which acts as a semipermeable membrane) and diffusing from
This is due to osmosis. The second lot of results (7.5 Concentration)show that although diffusion clearly did occur more than the first experiment, due to the indication of colour, it did not work as much as the 15 concentration. The 15 drops of iodine concentration was the more successful try in the rate of diffusion this is because it is more equivalent . There was a clear pattern throughout the three different experiments, through all 0.75 mL testings the bottom came out a dark purple and the top fogged, yet when shaken up it was a midnight purple, this occurred for all 10 experiments. The same pattern occurred for the others, except different colours due to different concentration rates. Therefore stating, a darker colour results in more diffusion meaning 1.5mL proved to diffuse more thoroughly and quickly. (INTERNET VS THIS, COMPARE AND CONTRAST) The design of this