lava lamp, and a hot stove
Convection is when hot substances rise and cool ones sink. The colored wax heats up at the bottom of the lamp where the bulb is, then rises up, cools, and sinks again.
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.
Edward Craven Walker, born in Singapore in 1918, invented the lava lamp in the 1960's.
Yes
lava lamp, and a hot stove
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.
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.
the earth's mantle is always moving inside which move the plate on the earth's crusthope that made sense.
A lava lamp is a suspension because it is a mixture that has drops of a substance in another substance.
convectional currents in the mantle are themselves driven by the heat of the core. the heat is partly created of overlaying material. A lava lamp is a perfect example of convectional
The heat of the lamp causes the fluids to heat and expand. The two materials are of different thermal properties and are immiscible.The word you seek is convection.
Convection is when hot substances rise and cool ones sink. The colored wax heats up at the bottom of the lamp where the bulb is, then rises up, cools, and sinks again.
The conclusion for a lava lamp experiment depends on the thesis. If the thesis talks about the temperature for example the conclusion should reflect that.
One suggestion for the cause of plate tectonics is mantle convection which is the result of cooling and heating magma. You could think of mantle convection much in the same way lava flows in a lava lamp. Lava rises in a lava lamp because it heats up and becomes less dense. While at the top of the lava lamp, the heated lava begins to cool (because it's further away from the heat source (e.g. light) at the bottom) becoming more dense and then sinks back down to the original heat source where it will be reheated. This mantle convection is thought to work somewhat like a large conveyor belt in which the plates sit, moving them along.
convection