FLY away if I could.
Im not sure but I think its not fast but not slow so in the middle
the lava flow is a density independent that flow good from the chemicals lava it have to flow and it is independent
A'a Lava.
Yes, a lava flow is a type of volcanic extrusion where molten rock, or magma, reaches the Earth's surface and flows out as lava. This can result in the formation of volcanic landforms such as lava fields, lava plateaus, and lava domes.
Yes, there is a difference between lava and lava flow. Lava is the molten rock beneath the Earth's surface, while lava flow refers to the movement of lava as it travels down a volcano or hillside. Lava flow is the result of the eruption of molten rock, which can vary in speed and direction.
Yes. In fact the lava would cool more slowly as it would not lose heat though convection.
a lava flow
Thick, stiff lava that does not flow easily is known as aa lava. Aa lava has a rough, blocky texture due to its high viscosity, making it difficult for the lava to flow smoothly. Aa lava typically moves in a jerky, slow manner and can form sharp, jagged edges as it solidifies.
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.
A lava flow consists of extremely hot molten rock.
The largest crystals in a lava flow can typically be found in the center or core of the flow where cooling occurs more slowly, allowing for more extensive crystal growth. These areas are often shielded from rapid cooling by the outer crust of the flow.
It would form into the rock basalt, an extrusive, mafic, igneous rock.