This point is very important because if sometimes both areas have equal concentrations, then there will not have any molecule movement at all such as diffusion or osmosis from one area to another area. When sometimes two solutions have the same concentration, it means both of these solutions are become isotonic. When sometimes the solutions have the different solute concentrations, there are two names for them we used to call those situations. The first one is hypertonic, which is for the area or solution that has the higher solute concentration.
On the other hand, another one is called hypotonic, that means for the area or the solution with the lower solute concentration. When the hypotonic solution has a higher level of solute than the water level, which means the water potential is lower than the solute potential. This is because the solute potential and water potential are inversely proportional. So, for a hypotonic solution, the percentage of the water should be higher than the solute; also, in a similar way, an isotonic solution will have the equal percentage of both the solute and water.
The Essay on To investigate the effect to the potato cells in the different solute concentration water
Water can move through the different cells due to the difference of water potentials in the cells. If there is a higher solute concentration in the cell than outside the cell, the water will move into the cell. However, if the concentration of inside the cell is lower than the outside, water will not move into the cell. This process is called osmosis. Research question; This investigation will ...
From those information that I have already stated, it can be seen that the water molecules will always move from the high water potential areas to low water potential areas. The purpose of this experiment is to estimate the osmosis of plant cells. The dependent variable in this experiment is the change in mess on the plant, and the independent variable is the liquid’s concentration. • Hypothesis: After the experiment, it will be proven that osmosis occurs when the concentration of solution within the cell differs from the concentration of the solution surrounding the cell.
It continues until dynamic equilibrium is reached and the concentrations are equal. During osmosis, the cell experiences increased turgor pressure due to the process. Material and Methods: • Experimental Design: During this experiment, we had two individual groups to collect data from the potatoes. One group got the information from the regular potato, and another group concentrated on the sweet potato. We have seven solutions of differing sucrose concentrations to estimate the osmolarity of potatoes cells. After all we put all data together to compare the osmolarity of these two kinds of potatoes. Materials: To begin with, first collect the desired equipment.