1) Will be making a 5oz solution (1oz = 30.0mL). 2) Maximum amount of solid Kool-Aid is 3.0g. 3) Assume solute (Kool-Aid) is sucrose ( C12H22O11) 4) Determine Molarity of solution and have it checked by teacher before you can make solution. 5) WHAT YOU MAKE YOU DRINK IT ALL (no throwing down sink or in trash). |
<b>For 2021-2022 students, since it seemed that sugared drink you made in 2022 Making a Molarity Kool-Aid Solution Lab. |
For 2021-2022 students, since it seemed that sugared drink you made in 2022 Making a Molarity Kool-Aid Solution Lab. |
**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 |
**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. ** |
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. |
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. |