Mount Kilimanjaro is a dormant stratovolcano primarily composed of volcanic rock and does not erupt lava in the same manner as active volcanoes. It is primarily characterized by its volcanic materials rather than specific lava types like pahoehoe or aa. However, its past eruptions, which occurred thousands of years ago, produced both types of lava; pahoehoe is known for its smooth, ropy surface, while aa is rough and jagged. Overall, Kilimanjaro's volcanic history includes a variety of lava flows, but it is not currently an active erupting volcano.
Mount St. Helens mainly produces blocky lava (andesitic) during its eruptions. However, the volcano has also had episodes where it spewed pahoehoe lava due to changes in eruptive style.
The lava is pahoehoe Lava.
Mount Rainier primarily has andesitic lava, which can exhibit characteristics of both Aa and Pahoehoe types. However, the predominant lava flows associated with Mount Rainier are typically more akin to Aa, as they are often cooler and more viscous, resulting in a rough, jagged surface. Pahoehoe, which is smoother and more fluid, can occur but is less common in this region.
The smooth and shiny lava is called pahoehoe.
When lava hardens quickly to form a ropy formation, it is called pahoehoe lava.
Mount St. Helens mainly produces blocky lava (andesitic) during its eruptions. However, the volcano has also had episodes where it spewed pahoehoe lava due to changes in eruptive style.
Pahoehoe
The lava is pahoehoe Lava.
The difference between Pahoehoe lava and AA lava is that pahoehoe lava is smooth and AA lava is jagged.
Lava tubes are usually produces by pahoehoe.
The smooth and shiny lava is called pahoehoe.
When lava hardens quickly to form a ropy formation, it is called pahoehoe lava.
Pahoehoe is faster moving lava and AA is slower moving lava. Both types are found in basaltic type eruptions. They have different appearances. Pahoehoe is smooth and ropey where as AA is chunky and rough.(much like top of trees) Often a pahoehoe flow can change to an AA flow depending upon the type of slope it encounters. The steeper the slope the more likely AA lava will be present. Aa has more viscosity than Pahoehoe.
Mt. Fuji is Japan's highest mountain. The lava that comes out of this volcano is silica-poor lava that is very thick and chunky.
it is made up of igneous rocks, magma,and hot lava
all lava
Pahoehoe lava, Aa lava, and Blocky lava