Anqelica-Problem The problem is the measurement the packaqe tells us is in quarts and cups and we can only measure in milliliters and grams. How can you get quarts and cups to milliliters and grams.
Gaby-Hypothesis With enough Kool-aid and sugar and the right amount of water and also the right measurements, this recipe could turn out great.
Victoria-Procedures
Get 3000 milliliters (from water fountain].
Measure the cool-aid mixture 39 grams.
Poor 2 Liters of water into a container (pitcher)
Pour the cool-aid into the container (pitcher) with the 2 liters of water from the water fountain.
Pour 91 grams of the cool-aid and water that has been mixed into a cup.
Pour 15 qrams of sugar.
Stir the inqredients toqether very good.
DRINK UP!
Erik-Observations
With less Kool-Aid it looks like water.
With less sugar it taste just like water and have no taste.
The Kool-Aid looks good.
The more we added sugar the better it got but not too much.
It looks watery with all that water and not much Kool-aid.
Paiqe-Conclusion Our hypothesis was right. Since we measured out the right amount of measurements of each ingredient our Kool-Aid turned out great! As another group tested our Kool-Aid it didnt turn out so great due to some confusions in our procedures.
Kool-Aid Bonanza (Victoria-90, Angelica-90, Gaby-90, Erik-90, Paige-90]
Anqelica-ProblemThe problem is the measurement the packaqe tells us is in quarts and cups and we can only measure in milliliters and grams. How can you get quarts and cups to milliliters and grams.
Gaby-Hypothesis
With enough Kool-aid and sugar and the right amount of water and also the right measurements, this recipe could turn out great.
Victoria-Procedures
Erik-Observations
Paiqe-Conclusion
Our hypothesis was right. Since we measured out the right amount of measurements of each ingredient our Kool-Aid turned out great! As another group tested our Kool-Aid it didnt turn out so great due to some confusions in our procedures.