Learning Goal:A red blood cell is placed into each of the following solutions. Indicate whether crenation, hemolysis, or neither will occur.To learn about osmosis and about isotonic solutions,hypertonic solutions, and hypotonic solutions.Osmosis is the net movement of water across asemipermeable membrane from an area of lowerconcentration to an area of higher concentration.Solution A: 1.28 % (m^v) NaClSolution B: 2,46 % (m/v) glucoseSolution C: distilled H20Solution D: 8.03 % (m/v) glucoseSolution E: 5.0% (m/v) glucose and 0.9% (m/v) NaCl(Figure 1)Drag each solution to the appropriate bin.The water will continue to move across thesemipermeable membrane as the system attempts toreach equilibrium, where both solutions have the sameconcentration.• View Available Hint(s)ResetHelpThere are three different ways a solution can bedescribed in relation to a cell placed in the solution:isotonic, hypotonic, and hypertonic. Compared to acell, an isotonic solution exerts the same osmoticpressure as the cellular fluids. In other words. it回O回回0ADEFigure1 of 1SemipermeablemembraneCrenationHemolysisNeitherPure H0NaCl(aq)TimeHOH20H.O

Ared blood cell is placed into each of the following solutions. Indicate whether crenation, hemolysis, or neither will occur. Solution A: 1.28 % (m^) NaCl Solution B: 2.46 % (m/v) glucose • Solution C: distilled H20 • Solution D: 8.03 % (m/v) glucose • Solution E: 5.0% (m/v) glucose and 0.9% (m/v) NaCl Drag each solution to the appropriate bin. • View Available Hint(s) Reset Help A BcD]E Crenation Hemolysis Neither

Ared blood cell is placed into each of the following solutions. Indicate whether crenation, hemolysis, or neither will occur. Solution A: 1.28 % (m^) NaCl Solution B: 2.46 % (m/v) glucose • Solution C: distilled H20 • Solution D: 8.03 % (m/v) glucose • Solution E: 5.0% (m/v) glucose and 0.9% (m/v) NaCl Drag each solution to the appropriate bin. • View Available Hint(s) Reset Help A BcD]E Crenation Hemolysis Neither

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter5: Membranes And Transport

Section: Chapter Questions

Problem 10TYK: Using the principle of diffusion, a dialysis machine removes waste solutes from a patients blood....

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Using the principle of diffusion, a dialysis machine removes waste solutes from a patients blood. Imagine blood runs through a cylinder wherein diffusion can occur across an artificial selectively permeable membrane to a saline solution on the other side. Which of the following statements is correct? a. Solutes move from lower to higher concentraction. b. The concentration gradient is lower in the patients blood than in the saline solution wash. c. The solutes are transported through a symport in the blood cell membrane. d. The saline solution has a lower concentration gradient of solute than the blood. e. The waste solutes are actively transported from the blood.
Q/Choose between parentheses 1-Only when the water moves by itself from high concentration gradient for low concentration is called ? * (active transport/filtration/Osmosis/bulk flow) 2-Are the protein synthesizers of the cell? * (nucleus/ribosomes/ nuclear membrane/chromosomes) 3-in cell membrane the carbohydrates found in ........part * (interior /exterior/ proximal/distal)
Left Compartment Right Compartment 7 grams of Z per liter solution 4 grams of XY per liter of solution total volume = 1 liter. total volume = 1 liter Solute Z has a molecular weight of 20 (non-dissociable) Solute XY has a molecular weight of 10 (dissociates into X+ and Y-) 1. If the membrane is impermeable to all solutes, and there are 7 g/l of solute in the left compartment, what concentration of XY (g/l) in right compartment would make the solutions isotonic?
Discuss on osmosis and active transport? /
Define the following terms:a. osmosisb. osmotic pressurec. isotonic solutiond. membrane potentiale. hydronium ion
Type of Solutes Non-permeable Permeable Solution A 300 0 Solution B 295 20 Solution C 270 30 A cell with an internal osmolarity of 295 mOsm/L (non-permeable solutes) is placed in solution A. Solution A has an effective osmolarity that is ____________ compared to the cell; after water movement has reached a steady state, the cell volume will be ___________. A) hypertonic; decreased B) hypotonic; increased C) isotonic; decreased D) hypertonic; increased A cell with an internal osmolarity of 295 mOsm/L (non-permeable solutes) is placed in solution B. Solution B has an effective osmolarity that is ____________ compared to the cell; after water movement has reached a steady state, the cell volume will be ___________. A) hypotonic; decreased B) hypertonic; decreased C) hypotonic; increased D) isotonic; unchanged A cell with an internal osmolarity of 295 mOsm/L (non-permeable solutes) is placed in solution C. Solution C has an effective osmolarity that is ____________ compared…
what do osmosis,diffusion,filtration and the movemenet of ions away from like charge all have in common ? in what way do the differ ?
Briefly define osmosis
Describe active transport across the plasma membrane marking note of concentration gradient Nd energy requirements
Cells are placed in a beaker of water. The concentration of glucose outside of the cells is 3 mg/ml. The concentration of glucose inside of the cells is 33 mg/ml. Assuming glucose is the only solute, in which direction will osmosis occur? *
Explain the principles of osmosis, diffusion, activetransport, and filtration.
A cell with intracellular osmolarity of 280 mOsm/L is placed into three different containers varying in osmolarity. Which solution from the list would cause the cell to lose water and shrink? 280 mOsm/L 240 mOsm/L 340 mOsm/L NONE of the above