Milk Experiment and Gobstopper Reactions

Steve Spangler demonstrates simple science experiments using Gobstoppers, milk, and Elmer's glue. The Gobstopper experiment shows how colors dissolve and mix in water, creating a visual display. The milk experiment compares the effects of food coloring in different types of milk, highlighting the role of fat content. Finally, the Elmer's glue experiment creates a stained glass effect, showcasing the versatility of everyday materials in science experiments.

What is the main purpose of using Gobstoppers in the experiment?

• To test their durability

• To use them as a weight

• To see how they taste

• To observe how they dissolve in water

What happens to the colors of Gobstoppers when placed in water?

• They disappear completely

• They become brighter

• They dissolve and mix into the water

• They remain unchanged

What is the visual effect of the Gobstopper colors mixing in water?

• They form a vibrant color mix

• They turn into a single color

• They become invisible

• They create a dull appearance

What is the purpose of comparing whole milk and buttermilk in the experiment?

• To compare their reactions with food coloring

• To test their boiling points

• To see which one tastes better

• To observe the difference in color

What is the main difference observed between whole milk and buttermilk in the experiment?

• Their taste

• Their reaction to food coloring

• Their boiling point

• Their texture

What role does dish soap play in the milk experiment?

• It makes the milk boil

• It causes the fat molecules to move

• It changes the color of the milk

• It thickens the milk

What is observed when dish soap is added to the milk?

• The colors start to move and mix

• The milk evaporates

• The milk turns solid

• The milk becomes transparent

How does the fat in milk react to dish soap?

• It solidifies

• It evaporates

• It realigns around the soap molecules

• It changes color

What is the result of mixing Elmer's glue with water and letting it dry?

• It turns into a powder

• It becomes a solid block

• It remains liquid

• It forms a stained glass effect

What additional experiment is suggested at the end of the video?

• Mixing sugar with water

• Freezing Gobstoppers

• Using Elmer's glue to create a stained glass effect

• Boiling milk