Diffusion Osmosis Lab

Diffusion Osmosis Lab (Title) Questions: 1. What size of molecules (monosaccharide vs polysaccharide) can disperse do a semi-permeable membrane? 2. How entrust the concentration of saccharose in spite of appearance the dialysis tubing affect the rate that lactating diffuses through a semi-permeable membrane? 3. How leave alone the concentration of sucrose in peeing affect the number of body of water that diffuses into or verboten of the white white white potato vine cells and thereby change the cud of the potato cells? Hypotheses: 1. If the root word indoors the dialysis tubing is hypertonic to the water in the beaker, then the glucose will diffuse out of the bag, and the water will diffuse into the bag, that the starch will remain in the bag. This will hap because the water and glucose are small passable to diffuse out of the pores in the dialysis bag, but the starch molecules are too biggish to fit through 2. If a solution is ver y hypertonic, then the almost amount of water will diffuse across the semi-permeable membrane into the dialysis tubing. This occurs because the higher concentration of solute, the more water it takes to reach equilibrium, thus, the sudden rate of osmosis. 3. If we place the potato in a sucrose solution with a connatural solute concentration as a potato, then the least amount of water will diffuse into or out of the potato cells. This occurs because this scenario will be initially closest to an isotonic solution, allowing us to determine the solute concentration of a potato. Materials: * Knife/ Cork rock drill * Seven 30 cm pieces of Dialysis tubing * long twelve 250 mL Beakers * 15% Glucose Solution * Glucose Test Strips * 1% starch Solution * Distilled water * Lugols solution * 25 mL of: * .2 M sucrose * .4 M sucrose * .6 M sucrose * .8 M sucrose * 1 M sucrose * consti tution Towels * Clock * Potatoes ! * Plastic Wrap * 100 mL of: * .2 M sucrose * .4 M sucrose * .6 M sucrose * .8...If you hope to get a full essay, order it on our website: OrderCustomPaper.com

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