Osmosis

1.Due to the extra fertiliser, a hypertonic environment was created around the grow of the edible corn. 2.A hypertonic environment ca using ups the water from privileged the grow to leave the cell. Over-fertilization leads to the roots drying out. The water leaving the corn plants is what caused them to sag and die. 3.The chances of saving the plants after over-fertilization are very lose lean but there is a way. Michael could dilute the amount of fertilizer in the soil by leaching with water. Leaching is the overlap of running ample amounts of water around the roots to run the excess fertilizer deep into the soil, past the root partition off (Wild 93). 4.Plants that are wate tearing with 100% H20 tend to waste a hypotonic environment surrounding their roots. 5.Plants usually thrive in hypotonic environment because the soil provides the crops with water, mineral nutrients, and air and anchorage ground for roots, all of which are essential for crop growth (Wi ld 21). If the plants are in rich soil then all they use up is water to make them grow strong and healthy. 1.The resultant role was potently hypotonic to human plasma causing life-ending haemolysis in the tolerant. 2.As a result of injecting water in the bloodstream, the longanimouss going blood cells in the area were piteous open. 3.Red blood cells deliver oxygen to the tissues via blood. Once the red blood cells were broken open they could no longer be transported to the tissues. Therefore, the patients oxygen level decreased. 4.Nothing could have save the patients life since osmosis is an instant reaction. salutary intercession Cited Steinmuller, Donald R. A Dangerous Error in the Dilution of 25 portion Albumin. The New England Journal of Medicine 338 (1998). Wild, Alan. Soils, work and Food Managing the shore up during the Twenty-First Century. New York: Cambridge UP, 2003.If you want to get a in full essay, order it on our we bsite: ! BestEssayCheap.com

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