Liquid Density Layering liquids with different densities while using common house hold liquids. This is achieved by pouring the heaviest liquid into the glass first, and then the next heaviest and so forth. When pouring it in the right order some of the liquids don’t mix because they would repeal each other, while others resist mixing because they are thick.
Liquid Duality Experiment No 7
Experiment Info Liquids all have different ingredients, which have different densities. So when put in the right order they will repeal other liquids and create layers. What was interesting is when putting liquids together they will mix unless your mixing oil and water which then separates them. We don’t need art supplies to create a piece of art or use it for colors, but can use common house materials and items. These liquids are listed from most-dense to least dense, so this is the order in which to pour into the jar. 1. honey 2. liquid dish washing soup 3. water with food coloring 4. vegetable oil 5. rubbing alcohol with food coloring
Materials
honey dish washing soap water rubbing alcohol food coloring glass container vegetable oil spoon 2 extra cup
step 1
step 2
step 1 Take your glass container and divide it into five sections and mark it on the side with a marker, since there is 5 different liquids to layer. Pour the most heaviest liquid first, which is the honey and make sure that it is being poured right into the center. *Don’t let the honey touch the sides of the glass. Since it is thick it will stick to the side of the glass. step 2 Next, slowly add the liquid dish washing soap.
step 3
step 4
step 5
step 3 Add water in the extra cup and add your choice of food coloring, one to two drops should be fine, and stir. Carefully pour the water. Tilt the glass and let the water run down the side of the glass. *Don’t put in too much food coloring, the color will become too dark. step 4 Slowly add the vegetable oil.
Final
step 5 Get the other extra cup and add rubbing alcohol. Then add in one or two drops of food coloring, and stir. Carefully pour the last layer into the glass.