Determine the direction of flow of fluoride ion through a selectively permeable membrane with one solution of calcium fluoride with a molarity of 0.15 M on one side of the membrane and a solution of aluminum fluoride with a molarity of 0.15 M on the other side.
Determine the direction of flow of fluoride ion through a selectively permeable membrane with one solution...
m) When solutions of different osmolarity are separated by a selectively permeable 10 membrane, what is the rule to determine the net direction in which water molecules will move? n) Define the terms hypertonic, hypotonic, and isotonic. o) If only water molecules can move between two solutions separated by a membrane, to the water molecules move from the solution.
Q1: If the membrane is ONLY permeable to water, will water move? If yes, predict which side water will move to. Briefly explain why Q2: If the membrane is ONLY permeable to water and glucose, will water move? If yes, predict which side water will move to. Briefly explain why. Q3: If the membrane is ONLY permeable to water and NaCl, will water move? If yes, predict which side water will move to. Briefly explain why. Please explain. I'm having...
Describe how a selectively permeable membrane is involved in osmosis. Include the role that the solute concentration plays in the direction of water movement. Now think about how this process may differ between plant and animal cells. For instance, how might cell walls disrupt the role of solute concentration and cause one to refute a hypothesis for the direction of water movement based on water concentration alone?
Consider two solutions with the following molarities, separated by a semi-permeable membrane: Solution A: 0.25 M NaCl Solution B: 0.05 M NaCl In which direction will water diffuse?
An aqueous solution of sodium fluoride is slowly added to a water sample that contains barium ion (4.65x10-2 M) and calcium ion (7.40x10-2 M).The Ksp of barium fluoride is 1.00x10-6. The Ksp of calcium fluoride is 3.90x10-11. What is the remaining concentration of the first ion to precipitate when the second ion begins to precipitate?
A membrane permeable only to water separates a 0.01 M solution of sucrose from a 0.001 M one. On which solution must pressure be applied to bring the system into equilibrium? Calculate this osmotic pressure. Assume ideal solutions, 25 ◦C.
Let's say you have two beakers, separated by a membrane that is permeable to water. The beaker on the left is beaker A. The beaker on the right is beaker B. A 3.5 M NaCI solution (solution A) is placed in beaker A and a 7 M glucose solution (solution B) is placed in beaker B. The beakers are separated by a membrane that is permeable to water but not to NaCI or glucose. Which of the following statements is/are...
7. Which of the following solutions is isotonic (no osmosis) with a 0.30 M NaNO, solution? {hint - Find the osmosis molarity or "osmolarity" = (# ions)M} a) 0.10 M CaCl2 b) 0.30 M glucose c) 0.60 M NaCl d) 0.15 M AICI; e) 0.75 M KCI (n-1 for glucose) 8. If a solution of 0.20 M Mg(NO3)2 is separated from a 0.25 M KCl solution by a membrane that is permeable to water, osmosis will occur. Describe the osmotic...
Q8 and Q9 with simple answers rs not? from blo Why can certain particles pass through a semi-permeable membrane and othe 8. What is a hypotonic solution, and what happens to cells in hypotonic solutions? 9. omy rs not? from blo Why can certain particles pass through a semi-permeable membrane and othe 8. What is a hypotonic solution, and what happens to cells in hypotonic solutions? 9. omy
Quiz 3 Bios 240 1. Two solutions are separated by a semipermeable membrane that is permeable to sodium but not chloride or potassium ions. Solution A on the left contains a solution that is 100 mM NaCI, while Solution B on the right has a concentration of sodium chloride of 1 mM. There is an electrode in both solutions, and a comparative assessment of voltages between the two compartments is being made. The investigator doing the study decides to call...