Explain the statement: Water may be present, but “osmotically unavailable"
In osmosis, water always moves from low concentration( where the solute concentration is low, such as pure water) to higher concentration( where the solute concentration is high, such as seawater).
Therefore, if we separate a hypertonic solution( higher solute conc.) from a hypotonic solution by a semi-permeable membrane, the flow of water will be from the hypotonic solution to the hypertonic solution. Though water is present, it will be osmotically unavailable for the hypotonic solution because of the migration of water.
Explain the statement: Water may be present, but “osmotically unavailable"
explain categories of hazards that may be present in foods, including obesogens.
Explain the difference in conductivity between distilled water and tap water. Speculate what might be present in tap water.
List and explain 3 out of control patterns that may be present on a control chart.
11-2. Explain why the audit of revenue and receivables may present the auditors with significant audit risk
1- what is hydrated salt? 2what is the common anions are present in tap water? 3-explain endpoint during titration. Please Answer these problems in an easy way
Actions that maximise profit may not maximise shareholder wealth’. Explain the statement. Which of the two should be the goal of the company and its management?
please give me the right answer. thanks In many biological solutions, water is the solvent, meaning that solute molecules are dissolved in it (think of salt or sugar water). If a solute does not move across a semipermeable membrane, it is асr known an osmotically active solute. For the following examples, assume that the solute is osmotically active. In osmosis, water molecules move across the cellular membrane down the gradient (from an area of low solute/high water concentration to an...
Is the following statement true or false? Justify your answer. "The reactant that is present in the lesser amount is always the limiting reagent." Problems 1) Consider the synthesis of water shown in model 3. A container is filled with 100,0 g of H2 and 50.0 g of Oz. (a) Which reactant is the limiting reactant? Show your work in detail. (b) What mass of water can be produced? Is this the theoretical yield or the actual yield? (c) Which...
explain please en KIAg(CN)21 dissolves in water how many different ions will be present in solution? A. 1 ion INDIVIDUAL FEEDBACK REPORT B 2 ions C. 3 ions D. 4 ions 43. What is the coordination number of cobalt in the complex [Co(en)(NH2)2Br21Ci? A. 2 B. 4 C. 5 Dr 6 E. 7
3. Water flows in a rectangular channel of width, w. In some cases, the water may suddenly increase in elevation as shown in the figure (from h to ha) through a highly disturbed region called a hydraulic jump. Assume the velocity is uniform at stations 1 and 2, and assume the pressures are distributed hydrostatically. Neglect friction on the channel bottom and sides. Hydraulic jump V2 Figure for problem 3. (a) Discuss the assumptions made in the problem statement. How...