Llaima volcano is located on the South American Plate.
Mount Llaima is considered a composite volcano because of it's shape. It is cone- shaped. You can also see the layers of hardened lava and rock fragments. -Justin
The Lascar volcano forms basaltic lava, which is low in viscosity and typically erupts explosively, creating lava fountains, flows, and pyroclastic material.
Composite
Acid Lava Dome is a type of volcano that forms when viscous acid lava solidifies quickly to form a volcano with steep convex sides.
the Philippines volcano's form thin layer of cooled lava but not really cold like freezing
Mount Llaima is considered a composite volcano because of it's shape. It is cone- shaped. You can also see the layers of hardened lava and rock fragments. -Justin
basaltic-andesitic
The Lascar volcano forms basaltic lava, which is low in viscosity and typically erupts explosively, creating lava fountains, flows, and pyroclastic material.
Composite
The type of lava that forms is idk what. MY guess is that all the lava that first flowed out of the volcano added up over the years and made the volcano. This is a horrible answer but its better than the one before; trust me.
Acid Lava Dome is a type of volcano that forms when viscous acid lava solidifies quickly to form a volcano with steep convex sides.
the Philippines volcano's form thin layer of cooled lava but not really cold like freezing
Lava. When the lava comes out of the volcano, gravity pulls the lava down the cone of the volcano, and depending the the viscocity of the lava, it forms a 'cone' or 'shield' as it cools. Thinner lava forms a shield volcano; thicker lava forms a steeper cone shape.
The slope of a volcano can affect the type of lava that erupts. Steeper slopes typically result in more explosive eruptions with thicker, more viscous lava that can lead to pyroclastic flows and ash clouds. Meanwhile, gentler slopes tend to produce less explosive eruptions with runnier, less viscous lava that flows further and can create lava flows.
A shield volcano forms where plates pull apart. This type of volcano has gentle sloping sides and is characterized by its low viscosity lava flows. Examples of shield volcanoes include those in Hawaii.
The San Cristobal volcano in Nicaragua primarily produces basaltic lava, which is low in silica content and flows easily. This type of lava typically results in effusive eruptions with lava flows that can travel long distances from the volcano. The lava from the San Cristobal volcano tends to be relatively fluid and forms shield volcanoes.
When lava cools on the surface, it forms igneous rock called basalt.