A solute can be defined as the substance that is dissolved in a solution.Salt in water is an example for solute. Salt is the solute that dissolves in water as the solvent to form a saline solution.
help 0 3) You have to use as little solvent as possible to dissolve a solute to create a saturated solution. Assuming that you are using an ideal solvent, what should you do to the solvent and solute BEFORE adding the solvent to the solute to achieve the forming of a saturated solution? (4 pts) to a Solvent:
3. What are the solvent and solute activities and activity coefficients for a component having 25% mole fraction and obeying the vapor pressure equation P=78.8x; e (0.65x3 +0.18x})? (Hint: think about Raoult's and Henry's Laws) 4. The Debye-Huckel limiting law is strictly valid only in the limit of infinite dilution. A more widely applicable equation is the Debye-Huckel equation:
what is the mass of solute dissolved in 50.0g of a 12.5% saline solution? 1. What is the mass of solute that is required to be dissolved in 50.0 g of water to make 12.5% saline solution?
What is the percent composition by mass of the solute of a sugar solution (sugar is C12H22O11) that has a mole fraction of the solute of 0.09816?
Please Explain Explain why a) solute-solute, b) solute-solvent, and c) solvent-solvent interactions are important in determining the extent a solute dissolves in a solvent. What is the relative importance of each of each factor listed in problem #1 when a) solids, b) liquids, and c) gases dissolve in water?
What is the relationship between the moles of solute and the mass of solute? Rewrite the molality expression in terms of grams and molecular weight. Background: Properties that depend on the concentration of particles in solution are called colligative properties. The number of particles in a solvent can affect the freezing or boiling point of solvent. To express the effect of concentration on freezing point or boiling point, molality is used in place of molarity. Molality (m) is the number...
3. Calculate the amount of solute, in moles, grams or milliliters, needed to prepare the following solutions Show all the step by step solution: a. 1.00 L of a 3.00 M NaCl solution (moles of solute) b. 2.00 L of a 1.50 M NaOH solution (grams of solute) c. Milliliters of 1.50 M NaCl solution to obtain 4.78 g of NaCl
Osmosis moves water from a region of 1.high solute concentration to a region of low solute concentration. 2.low solute concentration of to a region of high solute concentration. 3.hypertonic solution to a region of hypotonic solution. 4.negative osmotic potential to a region of positive osmotic potential. 5.low concentration of water to a region of high concentration of water.
Help with 13 Solution B has greater solute (solute "solute particles") concentration than does solution A. Solution A is hypoosmotic to Solution B. 13. You are instructed to make one liter of 150 mM of NaCI. Given the salt (NaCl) and equipment needed for weighing and measuring volumes, tell exactly how you would make this solution. (show all calculations). What is the osmolarity of this solution?
QUESTION 3 dissolves like." This rule means that predict whether or not a solute dissolves in a solvent with the rule "like solute with the same mass as the solvent will dissolve. We can ОАа Ba Ос.а OD.a solute with the same diameter as the solvent will dissolve. solute with the same polarity as the solvent will dissolve. solute with the same phase as the solvent will dissolve. QUESTION 4 Which pair of solvents is NOT miscible? O A hexane...