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You need to have read/understand general explanation of solution and how to calculate concentration for a solution. (i.e. Calculating Concentrations).
For 2021-2022 students, since it seemed that sugared drink you made in 2022 Making a Molarity Kool-Aid Solution Lab.
You are a researcher in McLeod Inc, Candy and Powdered Drink Division. Your group of 3 researchers have been given the task of "coming up" with next great sugared drink (we will call it the "Bestest Sugared Drink"). Of course as part of this task, you will need to develop the "recipe" (how much of solute/solvent to make solution) to be able to reproduce this Bestest Drink. It is assumed that the drink is NOT at the saturation point (therefore it is NOT a saturated solution but is an unsaturated solution).
Assignment/tasks
*Using the particle view of matter (i.e. Kinetic Molecular Theory), explain how sugar dissolves in water including a diagram/picture.
- State the recipe including determining the Molarity
and Molality of the solution (assume solute is sucrose ( C12H22O11). Assume density of water at room temperature is 1.00g/ml.
- Direction on how you make the Bestest Sugared Drink (you are making the drink using its Molarity not Molality)
- Since you will be drinking it after you make it, we will not be using a real Volumetric flask but a "fake one" (a plastic cup with a marking of the required volume of the solution.
- Assume you are making a
8 ounce drink (assume it is 240.ml, really it is a little less)
For 2021-2022 students, since it seemed that sugared drink you made in 2022 Making a Molarity Kool-Aid Solution Lab is a little "too strong tasting" (too much Kool-Aid solute), you will get TWO Attempts MAXIMUM to reduce the amount solute to get the "right taste". Need to do Molarity calculations for each of the attempts. REMEMBER you are making 5oz of solution. Attempt MUST BE 10.0g per 5oz. or less.