Because they are caused by the escape of gasses from the magma and mamas degas quickly.
Yes, although technically, strato-volcanoes *are* cinder cones (composite cones), built up of layers of ash. But the term "cinder cones" (ash cones) is usually applied to smaller cones that form within the vicinity of large volcanic calderas, such as Crater Lake in Oregon. They may be associated with either strato-volcanoes or shield volcanoes.
Composite volcanoes can erupt both mafic and felsic material, but intermediate material is the most common.
Cinder cone volcanoes are usually found on dry land and in corn fields
Cinder cones are typically characterized by their steep slopes and conical shape, formed from the accumulation of volcanic debris such as ash and small rocks. A statement that is not true about cinder cones is that they are the largest type of volcano; in fact, they are generally the smallest and simplest type of volcano compared to shield or stratovolcanoes. Additionally, cinder cones usually erupt only once, while some may have multiple eruptions over time.
They do not produce lava flows.
their are 6 cinder cone volcanes
Cinder cones generally have a very steep slope. This slope is also considered gentle compared to the cones' short height.
Cinder Cones are composed of rock fragments and the eruption of cinders. The rock fragments pile up around a single crater forming a Cinder Cone.
no
yes
explosive
explosive
Cinder cone volcanoes erupt explosivly.
No. Cinder cones are formed by basaltic magma.
Yes, although technically, strato-volcanoes *are* cinder cones (composite cones), built up of layers of ash. But the term "cinder cones" (ash cones) is usually applied to smaller cones that form within the vicinity of large volcanic calderas, such as Crater Lake in Oregon. They may be associated with either strato-volcanoes or shield volcanoes.
explosive
it looks like a cone