that in a hypertonic solution the cells fluid rushes out of the cell and causes it to shrivel. In a hypotonic solution water rushes into the cell and causes the cell to expand and eventually pop. In a isotonic solution water rushes in and out of the cell and causes the cell to stay the same. HYPOTHESIS: On the carrot lab the carrot that will be placed in the salt water will be hypertonic and will shrink because the cells will shrivel. The carrot that is placed in just water will be hypotonic and will
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little on osmosis. Osmosis takes place when two solutions of different concentrations are separated by a semi-permeable membrane in which the solvent can pass through but not the solute. In our experiment‚ we used a sucrose solution that will be a hypotonic concentration of solute. This tells us that the solution has a lower concentration of water than does the cells. Therefore‚ due to osmosis‚ the cells will gain water weight also proven in the experiment given. If osmosis isn’t taking place usually
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this is showing that our first 2 test tubes were hypotonic‚ which means water is sucked out. Thus in a less concentrated environment. Whereas test tube C was less isotonic‚ and the test tubes E and F were hypertonic‚ stating that it is situated in a more concentrated environment. Some of the potatoes gained mass because the water is going in the potato‚ showing that the potato is more concentrated than the environment. Thus the environment is hypotonic which equals to a higher concentration. In the
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concentrations between a cell and its environment. The terms hypotonic‚ hypertonic‚ and isotonic are used in referring to the identification of the possible relative concentrations. The first term‚ hypotonic‚ is the solution that contains lower concentrations of solute particles‚ which means that the concentration inside the cell is greater than the concentration outside. A hypotonic solution causes the cell to swell in size. The second term‚ hypertonic‚ is the solution that contains higher concentration
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temperatures has a mass of very nearly one kilogram. Osmolarity and tonicity are related‚ but different concepts. Thus‚ the terms ending in -osmotic (isosmotic‚ hyperosmotic‚ hyposmotic) are not synonymous with the terms ending in -tonic (isotonic‚ hypertonic‚ hypotonic). The terms are related in that they both compare the solute concentrations of two solutions separated by a membrane. The terms are different because osmolarity takes into account the total concentration of penetrating solutes and non-penetrating
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physical environment. The cells may be isotonic‚ hypotonic‚ and hypertonic. Isotonic is when the cell and is environment have equal concentrations of solutes. Therefore cells in an isotonic solution do not experience osmosis. When the cell is hypotonic it has a lower concentration of solutes so water will move out of the cell. When the cell is hypertonic‚ it will have a higher concentration of solutes and water will move into the cell to attempt to reach an isotonic state. The primary purpose of this
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Introduction When plant and animal cells are placed in a hypotonic environment‚ osmosis will occur. The structure of these cells determines the response to the difference in gradient‚ whether this be lysis (the explosion of cells due to the sudden increase in water pressure within the cell) in animal cells or turgor pressure (the pressure created by the increase in water pressure within the cell) in plant cells. Turgor pressure prevents further osmosis‚ which causes the water potential outside the
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concentration of solutes. The potato cell has 3% of dissolved materials. Hypertonic is when the solution has more dissolved materials outside the cell than inside. The cell will lose water this way and shrink. The potatoes in the 5% salt solution will shrink. Hypotonic is when there is less solute dissolved materials inside the cell. The cell will gain water and get bigger. The potatoes in 1% salt solution will get bigger. Isotonic is when the solution has equal amounts of solute inside and outside the
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Physiology Ch 3 Types of Solutions.notebook October 22‚ 2013 Types of Solutions that Cells May Be Found In 1) Hypotonic Low [solutes] in ECF 2) Isotonic solution equilibrium 3) Hypertonic High [solutes] in ECF Oct 199:29 AM 1 Physiology Ch 3 Types of Solutions.notebook October 22‚ 2013 Hypotonic Low [solutes] in ECF In this situation‚ water wants to move from the ECF to the inside of the cell since there is a lower [H2O] inside than out. Particles
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potato strip in a Hypertonic‚ Hypotonic‚ or Isotonic at the beginning of this exercise? 1 Distilled Water Bigger Hypotonic 2 10% NaClWithered Hypertonic Data Table 2: Comparison of Turgor Pressure States in Elodea Leaf Cells Solute/Solvent Scientific Term for Condition: Is the leaf in a Hypertonic‚ Hypotonic‚ or Isotonic at the beginning of this exercise? Appearance of Cells at End of Procedure Water Hypotonic Looks Normal 10% Sodium Chloride‚ NaCl solution Hypertonic Size of cell looks
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