ANIMAL CELL OSMOSIS Instructions: 1. Draw an animal cell submerged in each of the top row of solutions below (just an outline representing the cell membrane is sufficient). 2. Inside the cell label it...

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ANIMAL CELL OSMOSIS Instructions: 1. Draw an animal cell submerged in each of the top row of solutions below (just an outline representing the cell membrane is sufficient). 2. Inside the cell label it 5% (solute solution). 3. Label each of the outside solutions (% labeled beneath) as they compare to the inside of the cell: hypertonic, or hypotonic, or isotonic. 4. Draw a large arrow indicating the net movement of water. Is it in or out of the cell? 5. In the second row of solutions, draw the cell (for each solution) after it has been sitting in the solution for a long period. 6. Use a term to describe the state of the cell in the second row. 10% ____________________ 7% ___________________5% ___________________3% __________________ PLANT CELL OSMOSIS Instructions: 1. Draw a plant cell (with cell wall, membrane, and central vacuole) submerged in each of the top row of solutions below. 2. Inside each cell vacuole, label it 5% (solute solution). 3. Label each of the outside solutions (%) as they compare to the inside of the cell: hypertonic, or hypotonic, or isotonic. 4. Draw a large arrow indicating the net movement of water. Is it in or out of the cell? 5. In the second row of solutions, draw the cell (for each solution) after it has been sitting in the solution for a long period. 6. Use a term to describe the state of the cell in the second row. 10% ____________________ 7% ___________________5% ___________________3% __________________ ANIMAL CELL OSMOSIS Instructions: 1. Draw an animal cell submerged in each of the top row of solutions below (just an outline representing the cell membrane is sufficient). 2. Inside the cell label it 5% (solute solution). 3. Label each of the outside solutions (% labeled beneath) as they compare to the inside of the cell: hypertonic, or hypotonic, or isotonic. 4. Draw a large arrow indicating the net movement of water. Is it in or out of the cell? 5. In the second row of solutions, draw the cell (for each solution) after it has been sitting in the solution for a long period. 6. Use a term to describe the state of the cell in the second row. 10% ____________________ 7% ___________________5% ___________________3% __________________ PLANT CELL OSMOSIS Instructions: 1. Draw a plant cell (with cell wall, membrane, and central vacuole) submerged in each of the top row of solutions below. 2. Inside each cell vacuole, label it 5% (solute solution). 3. Label each of the outside solutions (%) as they compare to the inside of the cell: hypertonic, or hypotonic, or isotonic. 4. Draw a large arrow indicating the net movement of water. Is it in or out of the cell? 5. In the second row of solutions, draw the cell (for each solution) after it has been sitting in the solution for a long period. 6. Use a term to describe the state of the cell in the second row. 10% ____________________ 7% ___________________5% ___________________3% __________________