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Blobs in a bottle is a fun and cool way to learn about densiy and water and oil and how they dont mix,Blobs in a bottle is similar to a lava lamp.
Convection currents. The hot wax is less dense so it rises. When it reaches the top it begins to cool, becoming less dense and it sinks.
how to make a graph for a lava lamp
It is not recommended to keep the lava lamp on for longer than 10 hours at a time.
if i dont close the bottle cap o the lava lamp it would produce more blobs than if i close it.
"Blobs In A Bottle" is the name of a simple science experiment that creates a lava lamp effect inside of a soda bottle. The instructions for the experiment can be found at: www.sciencebob.com. Click on "Experiments"
The "lava" in a lava lamp is just melted colored wax. Convection currents cause blobs of the wax to rise and fall in the clear mineral oil mixture.
Because it relies on the characteristic of warm stuff rising to the surface to get the blobs to move.
The word to describe the verb of lava lamps is "bubbling" as the movement of the lava inside the lamp creates a bubbling effect.
Yes, they will.
The first lava lamp, created by inventor Edward Craven-Walker in the 1960s, had a distinctive design. It consisted of a glass container shaped like a colorful, teardrop-shaped lampshade filled with a mixture of colored wax and a translucent liquid, typically water. A light bulb at the base of the lamp heated the mixture, causing the wax to rise and fall in mesmerizing, lava-like blobs.
Blobs in a bottle is a fun and cool way to learn about densiy and water and oil and how they dont mix,Blobs in a bottle is similar to a lava lamp.
It is usually wax that melts as the lamp is turned on. When it is heated, it then begins to float around with the convection current created by the heat-generating lamp, thus creating the "lava" effect.
Inside a lava lamp there is wax.
Density differences at different temperatures (thermal expansion) of the more opaque colored blobs. Similar densities in the mid temperature range.
Convection currents. The hot wax is less dense so it rises. When it reaches the top it begins to cool, becoming less dense and it sinks.