concentration greater inside the cell) Iso At equilibrium - no Stays the same net change molecules constantly moving at equal rates Draw what would happen to each type of cell in each solution. Use arrows to show the directions of water. Hypotonic Hypertonic Isotonic Plant Turgor Plasmolysis Animal Cytolysis Crenation Active Does it Movement Direction it Examples: Transport Require moves on the Energy? (ATP) Concentration Gradient YES Up hill Against Endocytosis Exocytosis Types: Directions of Movement What is going on? Exocytosis Out of the cell away from the cell Endocytosis: Cellular eating, goes into Phagocytosis the cell Adds to the cell membrane Endocytosis: Cellular drinking, goes into Pinocytosis the cell, add to the cell membrane
concentration greater inside the cell) Iso At equilibrium - no net change molecules constantly moving at equal rates Stays the same Draw what would happen to each type of cell in each solution. Use arrows to show the directions of water. Hypotonic Hypertonic Isotonic Plant Turgor Plasmolysis Animal Cytolysis Crenation Active Transport Does it Require Energy? (ATP) Movement Direction it moves on the Concentration Gradient Examples: YES Up hill Against Endocytosis Exocytosis Types: Directions of Movement What is going on? Exocytosis Out of the cell away from the cell Endocytosis: Phagocytosis Cellular eating, goes into the cell Adds to the cell membrane Endocytosis: Pinocytosis Cellular drinking, goes into the cell, add to the cell membrane
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