'Cause it has less heat on the surface then under it.
The Cool Surface was created on 1994-04-05.
The solidified lava forming the walls of the lava tube will act to insulate the molten lava. It will therefore cool more slowly than lava at the surface and so will have a lower viscosity (it will be more runny) and so will flow faster than lava at the surface.
The lava flow would develop a thinner, glassier crust as it cools, creating a smoother surface appearance. As it continues to move, the cooling lava underneath the crust would cause cracks to form on the surface, giving it a more textured appearance. Over time, as the flow further cools, the surface may become rougher and more blocky in appearance.
small objects cool faster than large objects: their smaller size-to-surface area ratio means they have less capacity to retain heat. The larger surface area of small planets relative to their volume leads to more efficient heat loss. This results in faster cooling of their interiors compared to larger planets.
Half a jug as the surface area to volume ratio is reduced therefore heat can escape quicker from the surface
The road would cool fastest.
A rock at the surface will cool faster than a rock underground.
No, a black surface will absorb more heat from its surroundings and radiate it back out more slowly compared to a shiny surface. This means that a shiny surface will typically cool faster than a black surface.
Ice cubes cool lemonade faster than ice water because they have a larger surface area for heat transfer. When ice cubes are added to lemonade, they melt and absorb heat quickly, cooling the drink faster.
Basalts cool faster.
it would be in warm
They cool faster when cut into pieces because the surface area has been increased.
always unquie under water
Sand has a larger surface area, therefore cooling quicker.
The shape affects the ratio of surface area to volume. The greater the surface are to volume ratio, the faster the magma will cool.
The Freezer.
You would cool a bucket by putting ice into the water.