Cool Kool-Aid Art Jars
My son and his first-grade classmates made these (with a little help from my daughter and I) at their Valentines Day class party. Topped with precut fabric they made a nice Valentine gift for Mom Each and every jar looked different. They make great gifts or just provide creative fun on a rainy day.
My son and his first-grade classmates made these (with a little help from my daughter and I) at their Valentines Day class party. Topped with precut fabric they made a nice Valentine gift for Mom Each and every jar looked different. They make great gifts or just provide creative fun on a rainy day.
- Carbohydrate 0 g
- Cholesterol 0 mg
- Fat 0 g
- Fiber 0 g
- Protein 0 g
- Saturated Fat 0 g
- Serving Size 1 1 recipe (0g)
- Sodium 0 mg
- Sugar 0 g
- Trans Fat 0 g
- Calories 0 calories
Step-by-step
- Open the top of each Kool-Aid container and pour the pudding or cocoa into bowls so you can see all of the different colors.
- Spoon the different colors of mix into the jar in the order that you desire.
- Create a thin layer, a thick layer, tilt the jar for uneven layers, mix two together and create your own color.
- Fill up the jar with all of the different colors.
Working with zero specialized cooking equipment requires relying entirely on particle density and granule size to hold distinct geometric strata. Pouring dry powders into confined glass vessels creates internal friction that keeps fine particles separated, provided moisture remains absent.
Particle Dynamics and Hygroscopic Reactions
Different commercial drink powders possess varying crystal geometries and sugar-to-acid ratios. Granulated beverage mixes feature larger surface areas than powdered pudding starches, allowing them to stack without immediate inter-mixing. Moisture introduces a major hazard here. Storing these containers in environments exceeding 65 percent relative humidity causes the citric acid and sucrose within the beverage dust to deliquesce, dissolving boundary lines and cementing the distinct layers into a solid mass.Modifying Media and Container Selection
Glass acts as an inert barrier, protecting the internal dry structure from atmospheric moisture better than porous plastics. Swapping recycled jars for corked glass bottles changes the containment mechanics entirely. Cork requires a food-grade adhesive seal to prevent ambient humidity from penetrating the seal over a 14-day storage window. Funnels assist significantly by keeping fine powders off the internal walls above the fill line, maintaining visual clarity through the glass.
