# A solution is said to be hyperosmotic when it has more solute in it, which means it has increased osmotic pressure. More solute means, it is hypertonic than the cell fluid.
# Hyper osmotic is a condition in which total amount of solutes in a solution is greater than the another solution.
So the answer is c. Solution A + 5% Glucose is hypertonic. This solution causes the cell to shrink (plasmolysis).
6. Solution A + 5% Glucose (a penetrating solute) is hyperosmotic to cells. What can 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...
6:42 S Saiamit The cells of ocean plants, like seaweed, will become if placed in fresh water because A. turgid; because they are hypertonic to the solution B. lysed; because they are hypertonic to the solution. C.shriveled, because they are hypotonic to the solution D. flaccid; because they are isotonic to the solution. E. plasmolyzed; because they are hypotonic to the solution Question 4 of 5 Moving to another question wil save this response. Duestion 4 O points Save Answer...
can you please help with # 4-6 3. You make a solution that contains 1000 molecules of water. 90 molecules of glucose, and 120 molecules of sucrose. What is the solute concentration of this solution? (2 points) 17.35/ 4. You now add a cell into the solution from question 3. This cell has a 20% solute concentration. a. Is the outside of the cell hypertonic, hypotonic, or isotonic when compared to the inside of the cell? How do you know?...
3. Using your book, what concentrations of saline and glucose are isotonic in cells? What happens if the cell is put into a beaker with a hypertonic solution? What about a Hypotonic Solution? What property explains this behavior?
93 SUluiunl Ul CUnUlu. 6. With regards to red blood cells (RBCS), what are 2 examples of solutions of glucose and NaCI that are isotonic? 7. What would happen to a RBC if it was put into a hypotonic solution? 8. Into a hypertonic solution? 9. Label these solutions as hypotonic, hypertonic, or isotonic. Also state what would happen to the red blood cell (crenation, stays nice, hemolysis) Solution: Нуро-, Нурer-, or Isotonic Crenation, Stays Nice, Hemolysis 3% NaCl DI...
1e. Which of the following rules concerning osmolarity and tonicity is NOT true? (2 points) a. The tonicity of a solution is more important than the osmolarity in clinical medicine b. A solution that is hyperosmotic to a cell will always be hypertonic c. Only Non Penetrating Particles are important when assessing the tonicity of a solution relative to a cell d. A cell will shrink when placed into a hypertonic solution e. Penetrating particles affect the osmolarity of the...
25) In the process known as osmosis, concentration. A) solute; lower solute D) solvent; lower solvent moves through a semipermeable membrane into an area o B) solute; higher solute E) solvent; higher solvent C) solvent; lower solute 26) A solution that has an osmotic pressure less than that of red blood cells is called A) saturated. B) hypertonic. C) isotonic. D) hypotonic. E) unsaturated 27) A red blood cell will undergo crenation in A) water. B) 0.5% NaCl. C) 3%...
under the derms of the skin. Tus II S UV y Puomu solution A has a lower solute concentration (or lower osmolality) than solution B. The prefix hyper means above or greater. For example, a hyperactive kid has a greater activity level than a normal kid. In the above example, B has a greater solute concentration than A, thus B is hyperosmotic to A. The prefix iso means the same or equal. Two solutions that are isosmotic to each other...
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...
help Done !!! Exercise 5 and 6 Task Sheet (4 of 5) Task 3: Now We're Here -- Leaves Predict: How will different tonicities affect the stomata of a leaf? Hypotonic (0.2% NaCl): Isotonic (0.9% NaCl): Hypertonic (10% NaCl): Now draw your observations using the resources given to you by your TA: Hypotonic Solution Isotonic Solution Hypertonic Solution 0 Clayde M.Neil C