Build Your Own Lava Lamp

Make your own lava lamp.

Build your own lava lamp.

Make your own lava lamp. Then add water until there s around an inch remaining at the top. A lava lamp works because of two different scientific principles density and polarity. Did everyone enjoy mother s day weekend.

Fill the rest with water leaving a little of space at the top. Make your own lava lamp. How to make the lava lamp. Notice that the water sinks below the vegetable oil.

A few minutes is usually a good time to leave the inked felt in the alcohol. Our weekend was filled with long days in the sun four wheeler rides family meals bike riding and bubbles. I know i ve been complaining about the weather the past couple months but this weekend was absolutely beautiful. Fizzy tablet alka seltzer vitamin tablet or similar food colouring colour of your choice.

The key to how the lava lamp works is the fact that oil and water don t mix. Chemistry gets a disco twist in this fun experiment using every day kitchen ingredients. To make a lava lamp with household ingredients start by pouring vegetable oil water and food coloring into a plastic bottle. Watch your lava lamp erupt into activity.

Make an alka seltzer powered lava lamp from science buddies make your own lava lamp from science buddies create underwater fireworks with chemistry from scientific american. As the reaction slows down simply add more alka seltzer. It will sink slowly beneath the oil layer creating lots of bubbles. The oil floats on the surface because the water is heavier has a higher density than oil.

Make your own lava lamp instructions. Fill the bottle two thirds full of oil. Oil and water just do not mix. First fill the empty water bottle about 2 3 full with vegetable oil.

Break open an oil soluble marker or pen and place the inked felt into a container of benzyl alcohol. Density is the measurement of how compact a substance is how much of it fits in a certain amount of space. Leaving it in longer will give a darker color but will also increase the tendency to bleed into the brine. Whether two liquids mix depends on the interactions between their molecules and also their freedom to move around the stronger the attractive forces and the greater the possibilities of movement the more likely they are to mix.