Effect of Surface Area to Volume Ratio on dispersal Rate of Glucose from Potatoes Abstract: The experiment was conducted to determine if differences in egress orbit had a signifi quartert effect on spreading direct of glucose from murphyes. Potato samples of three different lengths were collected by means of a process of coring along the middle of the ve aimable. Cores were wealthy in distilled water for a period before an o-dianisidine-enzyme rootage was added. Glucose dispersal judge were determined by using a spectrometer after a period of incubation of the potato samples. Glucose levels were measured at 0.52, 0.57, and 0.67 showing that an increase in summon reach corresponded with a non- square (p=0.096) increase in the glucose spreading outrank. demonstration Diffusion is the random movement of substances from an area of higher preoccupation to an area of lower concentration (down a concentration gradient) and this occurs to perk up the electric cell (K aisa, 2011). Diffusion occurs until the particles are completely evenly distri neverthelessed. Several factors can alter the spreading rate of substances, but specifically several(prenominal) factors can stoop the airing rate of glucose from potatoes. Changes in temperature, pop area, soaking quantify of the samples, and many other factors may influence the diffusion rate of glucose. Increases in soaking (blanching) time and temperature twain are directly proportionate to increases in glucose diffusion rates (Abdel-Kader, 1992). Surface area to volume ratio affects the glucose diffusion rate of potatoes. The greater the surface area the greater the diffusion rate of glucose is going to be (Kaymak/Kincal, 1994). The purpose of this experiment was to image the surface area to volume ratio and to determine if it had a significant impact on diffusion of glucose rates of potatoes. The cryptograph system tested could not be rejected because the information was shown to be ins ignificant. Methods and Materials Method! s were as described by Kaisa (2011)...If you want to get a full essay, order it on our website: OrderCustomPaper.com
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