Yes it can
Material with a granitic composition that erupts at the surface is called rhyolite.
No, these features form when magma cools into rocks BEFORE reaching the surface.
Active volcanoes are not likely to be located at convergent boundaries where an oceanic plate subducts beneath a continental plate because the melting point of the oceanic crust is lower, causing it to melt and create volcanic features before reaching the surface. Instead, active volcanoes are more commonly found at divergent boundaries where plates move apart.
Magma that reaches the Earth's surface flows from a volcano as lava. When magma erupts through a volcano, it becomes lava, which can flow in various forms, such as basaltic, andesitic, or rhyolitic, depending on its composition. As lava cools, it solidifies and can form different types of volcanic rock.
At the surface of a tectonic plate, various geologic features can form depending on the plate's interactions with neighboring plates. These include mountains and mountain ranges at convergent boundaries due to the collision of plates, rift valleys at divergent boundaries where plates are pulling apart, and volcanic activity at both convergent boundaries (where one plate subducts under another) and divergent boundaries (where magma rises to the surface). Additionally, transform boundaries can create fault lines and associated earthquake activity.
no. an angle is a pointed surface that has 2 boundaries.
about 5% of radiation is lost before reaching Earth's surface
plane
A sphere
a plane
Boundaries on Earth's surface are called geographic boundaries. These boundaries can be natural, such as mountains, rivers, and coastlines, or they can be artificial, such as borders between countries or states. Geographic boundaries help define territories, separate landforms, and demarcate political jurisdictions.
Material with a granitic composition that erupts at the surface is called rhyolite.
rocky
A plane the desert
A base!
ask your science teacher
No, these features form when magma cools into rocks BEFORE reaching the surface.