Molarity Of Surcose Solution Labreport ( Conclusion And Evaluation)

Molarity of Sucrose Solution (mols +/- 0.1 mols) cant of Potato forrad (g +/- 0.01 g)Weight of Potato After (g +/- 0.01 g) adjustment in Weight of Potato (g +/- 0.01 g)Percentage Change in Weight (% +/- 0.1 %) 0.03.714.18+0.47+5.9 0.13.734.08+0.35+4.4 0.23.573.51-0.06-0.8 0.33.243.25+0.01+0.1 0.44.334.09-0.24-2.8 0.53.282.84-0.44-7.1 0.64.103.26-0.84-11.4 0.74.183.21-0.97-13.1 0.83.452.46-0.99-16.7 0.93.972.59-1.38-21.0 1.03.582.32-1.26-21.3 data processing computation to control the change in potty of the murphyes at 0.0 mols of saccharose (for example): 4.18 3.71=+0.47 Calculation to find the percentage change in mass of sinlessness potatoes at 0.0 mols of sucrose (for example): ((4.18 3.71)/ (4.18+3.71) ×100= +5.9% Conclusion The research whirl word that I asked myself before the experiment was What is the osmotic empowerment of potato? The answer I got after the experiment was that the osmotic potential of potato is very high because this experi ment just showed what happened when in that respect is Osmosis present and the following information allow prove it. Our results greatly showed that there has been osmosis present.

Osmosis is the dissemination of water by dint of a partly permeable membrane from a office of cast down solute ingress to a region of high solute constriction. And the results we got shows that osmosis occurred in this experiment. In 0.0 mols of sucrose the mass of potato has increased so there has been diffusion of water from 0.0 mols of sucrose which is the lower concentration to 3.71 grams of potato which is the higher concentra tion. Also in 1.0 mols of sucrose the mass o! f potato has fall and it should decrease when there is osmosis present because in this case 1.0 mols of sucrose is the higher concentration and the 3.58 grams of potato is the lower concentration. Basically the potato chips lose more mass in the higher arduous solution and gain mass in the lower laborious solution....If you want to get a adequate essay, order it on our website: BestEssayCheap.com

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