Statement - I. For isotonic solutionsC1=C2 Statement - II. For isotonic solutionsπ1=π2 View Solution Assertion: Isotonic solutions must have the same molar concentrations. Reason: Solution which have the same osmotic pressure at the same temperature are known as isotonic solutions. ...
CSalts will move out of the cell into the surrounding solution DNone of the above will occurSubmit Assertion:Osmosis does not take place in two isotonic solutions separated by semipermeable membrane. Reason : Isotonic solutions have same osmotic pressure AIf both assertion and reason are true ...
When cells are in an isotonic solution, is there a movement of water into or out of the cell? If so, describe this movement. Explain what happens to a cell when placed in isotonic, hypotonic, and hypertonic solutions. Red blood cells would swell in which type of solution? (a) hypoto...
An isotonic solution is defined as two solutions of equal concentrations of solutes and water separated by a semipermeable membrane to allow water to move freely in and out of a cell. Learn the definition of an isotonic solution and explore real-world examples of it. Related to this QuestionW...
What are solution properties that depend only on the quantity of solute and not the identity of the solute called?Solution:A solution is described as a homogeneous mixture that consists of two or more substances that can be varied up to a solution'...
is called hypotonic ("hypo'" is Greek for "under" or "deficiency"). When the two solutions have equal concentrations, they are isotonic solutions ("iso" means "same"). When a solution is more concentrated than the reference solution, it is hypertonic ("hyper" means "more" or "excess")...
If two solutions have same osmotic pressure at the same temperatures , then they are isotonic solutions (by using the formula ππ = iCRTiCRT where i = Vant Hoff factor , C = concentration of solution , R = universal gas constant and T is the absolute temperature.) Also , there will b...
An example of a hypertonic solution is the interior of a red blood cell compared with the solute concentration of fresh water. When two solutions are in contact, solute or solvent moves until the solutions reach equilibrium and become isotonic with respect to each other. ...
There are three different types of solutions: Isotonic Solution Hypertonic Solution Hypotonic Solution Anisotonic solutionis one that has the same concentration of solutes both inside and outside the cell. Ahypertonic solutionis one that has a higher solute concentration outside the cell than inside....
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