Results: The rank (slope) of osmosis is 0 g/ instant for traveling dish 1 containing the piddle in the dialysis tube-shaped structure under peeing in piddle. The localise (slope) of osmosis is 0.0286 g/min for al-Qaeda 2 containing 20% saccharose in the dialysis tubing submersed in water. The account (slope) of osmosis is 0.0486 g/min for Bag 3 containing the 40% saccharose in the dialysis tubing subaqueous in water. The respect of osmosis is 0.0621 g/min for Bag 4 containing the 60% saccharose in the dialysis tubing subaqueous in water. The rate of osmosis is -0.0907 g/min for Bag 5, containing the water in the dialysis tubing subaquatic in 60% sucrose. The rate of osmosis for Bag 1 remained isosmotic in the ascendant of water remaining at a constant level. The rate of osmosis in Bags 2, 3, and 4 showed an increase in incubus government issueing in them creation hypotonic to the source of water. And the rate of osmosis for Bag 5 showed a decrease in weight re sulting in it being hypertonic to the solution of 60% sucrose. approach pattern 1 The wander of Osmosis of Bags (dialysis tubing) containing water, 20%, 40%, and 60% sucrose submerged in solutions of water and 60% sucrose.
Discussion: When water in the dialysis tubing (Bag 1) is submerged in water it result remain at a constant weight, when the solutions of 20%, 40%, and 60% sucrose in the tubing (Bags 2, 3, and 4) are submerged into water they will gain weight, and when water in the tubing(Bag 5) is submerged into 60% sucrose it will lose weight. The results of the Rate of Osmosis experiment concluded that Bag 1 remained isosmotic when submerged int! o water having no dislodge in weight , Bags 2, 3, and 4 became hypotonic when submerged into water gaining weight, and Bag 5 became hypertonic when submerged into 60% sucrose losing weight. In Bag 1, both the bag and the solution were water, since the solution was the same as the solution in the bag, it did not printing the membranes shape causing the bag to uncomplete gain or lose weight making it an isotonic solution. In Bags 2, 3, and 4 the water on the...If you want to acquire a copious essay, order it on our website: OrderCustomPaper.com
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