How would water move between the following two solutions: solution A (25% NaCl) and solution B (12% NaCl)?Multiple choice question.Water will move from B to A.Water will move from A to B.There will be no net movement of water.

Which of the following best describes what happens when a bacterial cell is placed in a solution containing 5% NaCl?Group of answer choicesWater will move into the cell.Sucrose will move into the cell from a higher to a lower concentration.The cell will undergo osmotic lysis.Water will move out of the cell.No change will result; the solution is isotonic

If 211 mL of water is added to 5.00 mL of 3.24 M NaCl solution, what is the concentration of the new solution? ___ M Your answer should be rounded to two significant figures. Do not include units in your answer.

If sugar solution A, which is twice as concentrated as sugar solution B, is separated from solution B by a selectively permeable membrane,Multiple Choicethere would be a net movement of water from A to B.there would be a net movement of water from B to A.there would be a net movement of solutes from A to B.there would be no net movement of water.there would be a net movement of solutes from B to A.

The ratio of speed of A and B in still water is 2 : 3. A and B start theirjourney from the same point but in opposite directions. A goes in thedirection of flow of the river. After 2 hours both of them stop and reversetheir direction with half of their previous speed. They meet after 4 hours.Speed of the river is 10 m/s. Find the initial speed of A in still water

A 5% w/v solution of NaCl contains:Group of answer choices5 g NaCl in 10 mL0.5 g NaCl in 100 mL0.5 g NaCl in 10 mL5 g NaCl in 1 L