In this case, remember that plants requires water in order to maintain theirs structure and remain swell. For this, it is required a solution with less concentration of water than the inside of the cell. The water will move by osmosis to the cell, maintaining its rigid structure. So, the cell must be in a hypotonic solution.
On the other hands, animal cells are a little more complex. The requires water but not in excess since they do not posses cell wall and they can break. For this, we need a isotonic solution where inside and outside the cell have the same concentration. So, the correct answer is The animal cell is an isotonic solution, and the plant cell is in a hypotonic solution
Question 18 2 pts 2 pts 2 013 Which of the following statements correctly describes the...
Question 2 1 pts Consider a cell immersed in a solution. Which of the following statements is not true? When a cell is immersed in a hypertonic solution, there is a net flow of the solvent out of the cell. When a cellis immersed in a hypertonic solution, the concentration of the solute inside the cell is smaller than the concentration of the solute in the solution. When a cell is immersed in a hypotonic solution, the concentration of the...
Complete the following paragraph to describe tonicity in plant and animal cells. increasing solution in animal cells, there is no net In an movement of water. hypertonic An animal cell in a open. solution may lyse or burst cytokinesis plasmolysis An animal cell in a crenate. - solution will shrivel up or cell wall Plant cells react differently to osmotic changes due to the presence of the , a structure that animal cells lack. isotonic For a plant cell in...
1) Draw (using dots to represent solute) a hypertonic, hypotonic, and isotonic relationship across a membrane. Which way is water moving in each relationship? 2) Draw plant cells in hypertonic, hypotonic, and isotonic solutions. What happens to each plant cell when placed in each solution? 3) Draw animal red blood cells in hypertonic, hypotonic, and isotonic solutions. What happens to each plant cell when placed in each solution? Thank You!
HdDUCIRUDUCULUD HUDUCU HUDDLDI AUDULLDI HUDDLED Heading 1 Heading 2 Title Subtitle Subtle Em... Emphasis intense E... Styles 4. You now are given a normal sample of muscle tissue which contains many individual cells. The tissue is minced and digested with enzymes to liberate individual muscle cells. You are given a solution of Dextrose in half-normal saline (NaCl) which you are told is isosmotic but you are not told the concentration of Dextrose or NaCl but they are both present in...
Describe what will occur in each of the following situations, include what the cell will look like, and state which way the water moves (into cell, out of cell, both in and out, or neither): An animal cell is placed in a solution that is 10 times more concentrated than an isotonic solution (is this solution hypotonic, isotonic, or hypertonic compared to inside the cell?). An animal cell is placed in a solution that is 10 times more dilute than...
Question 18 Matching X Question Selected Match B. hypertonic solution no net movement of water water moves from the cell into this solution C. hypotonic solution water moves from this solution into the cell B. hypertonic solution this will increase the pressure in the cell or cause it to burst B. hypertonic solution this solution will cause the cell to shrivel A. Isotonic solution All Answer Choices A. Isotonic solution B. hypertonic solution C. hypotonic solution
both questions
Use the diagram below to answer questions 24 and 25. 5% NaCl 10% NaCI 24. How does the tonicity of the solution in the circle compare to the solution in the beaker? * 2 points It's hypertonic O It's hypotonic It's osmotonic It's isotonic OTwo of the above points 25. If the circle in the diagram above were an animal cell, what would happen to it? O O O The cell would become turgid The cell would lyse...
Which of the two micrographs shown below is from the red onion epidermis cells before and which one is after the plasmolysis? Please label accordingly. Next, please label the cytoplasm and the nucleus on both images. To observe the plasmolysis with the red onion epidermis cells shown above, the specimen should be treated with a _______ (hypertonic or hypotonic) solution. What is meant by the terms hypertonic, hypotonic, and isotonic ? Explain the expected results when animal cell is placed...
Need help with questions 8. There are 2 answers
Which of the following would be found in the cell wall of a Gram ACO-positive bacterium? Lipopolysaccharide Resistant to lysozyme Peptidoglycan layer outer membrane Teichoic acid Osmotic forces are something all cells must deal with. Which of the following are benefits provided by a cell wall? Under hypotonic conditions, water will enter and the cell size will increase Under hypotonic conditions, water will enter but cell size remains the same Under...
Question 13 7 pts Which of the following statements accurately describes why an animal cell would be surrounded by an extra cellular matrix instead of a cell wall? Hint: • Extracellular components a video • Textbook chapter 4 under section 4.6 A cell wall would completely isolate the neighboring cells that are found within multicellular organisms, and because of this, it would prevent the ability of those cells to communicate with each other. The polysaccharide cellulose that is found in...