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PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=

Apr 26, 2020

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Page 1: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 2: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 3: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 4: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 5: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 6: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 7: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=

Osmosis in Plant Cells

• In a weak solution, water will enter the cell and fill the vacuole. The cell membrane will push against the cell wall making the cell very rigid and inflexible. The cells in this state are turgid.

• In a concentrated solution, the cell loses water and goes flaccid because the vacuole becomes flaccid and the cytoplasm stops pushing against the cell wall. This state is plasmolysis.

Page 8: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 9: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=

SOLUTIONS

• Hypertonic = Concentrated (more solute less water)

• Isotonic = Same Concentration

• Hypotonic = Dilute (less solute more water)

Page 10: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 11: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 12: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 13: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 14: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 15: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=
Page 16: PowerPoint Presentationknightsciencekhs.weebly.com/.../2/9/...osmosisppt.pdf · •Hypertonic = Concentrated (more solute less water) •Isotonic= Same Concentration •Hypotonic=