Most of the sea floor is covered with basaltic rock from non-explosive volcanic eruptions. This type of rock is formed when magma cools quickly upon contact with seawater, creating the characteristic pillow-like formations commonly seen on the ocean floor.
volcanoes that have large amounts of silica The most explosive volcanoes are stratovolcanoes with felsic magama that has a high gas content. A. Shield Volcano- these usually form at hot spots and are like the ones in Hawaii. THey are nonexplosive because the lava is very runny. This would not be the most explosive. B. Cindercone-this would probably be your best bet although they erupt only once during their liftime. They are the smallest type of volcano and have steep sides. When it explodes, it shoots out pyroclastic material. C. Composite Volcano-this is also called a stratovolcano. It has both nonexplosive and explosive eruptions. THey can have many eruptions. IF the cinder cone was not what you were looking for, then this would be your second choice.
While cinder cones do have the potential for explosive eruptions, they are generally considered less dangerous than stratovolcanoes due to their smaller size and lower frequency of eruptions. Stratovolcanoes can produce more violent and destructive eruptions.
Mount Vesuvius has had numerous eruptions throughout history, with the most famous being the eruption in 79 AD that destroyed the Roman cities of Pompeii and Herculaneum. There have been over 50 eruptions recorded since then, with the most recent ones occurring in the 20th century.
Tsunamis are most commonly caused by underwater earthquakes, where tectonic plate movements displace a large volume of water, creating a wave. Other causes can include volcanic eruptions, landslides, or asteroid impacts.
Most of the sea floor is covered with basaltic rock from non-explosive volcanic eruptions. This type of rock is formed when magma cools quickly upon contact with seawater, creating the characteristic pillow-like formations commonly seen on the ocean floor.
volcanoes that have large amounts of silica The most explosive volcanoes are stratovolcanoes with felsic magama that has a high gas content. A. Shield Volcano- these usually form at hot spots and are like the ones in Hawaii. THey are nonexplosive because the lava is very runny. This would not be the most explosive. B. Cindercone-this would probably be your best bet although they erupt only once during their liftime. They are the smallest type of volcano and have steep sides. When it explodes, it shoots out pyroclastic material. C. Composite Volcano-this is also called a stratovolcano. It has both nonexplosive and explosive eruptions. THey can have many eruptions. IF the cinder cone was not what you were looking for, then this would be your second choice.
Biogenous are dominant on deep-ocean floors.
The two most recent eruptions were in 2008.
When eruption types are arranged from most destructive to least, it is in descending order.
What are the characterististicsc of the three types of volcanoes?
Generally not. Explosive eruptions may happen occasionally, but most eruptions are effusive.
While cinder cones do have the potential for explosive eruptions, they are generally considered less dangerous than stratovolcanoes due to their smaller size and lower frequency of eruptions. Stratovolcanoes can produce more violent and destructive eruptions.
Most shield volcanoes have grown from the ocean floor to form broad, gently sloping structures with low viscosity lava flows. They are typically formed by multiple eruptions of basaltic lava, which flows easily and spreads out over a wide area, resulting in the characteristic shield shape.
Mount Vesuvius has had numerous eruptions throughout history, with the most famous being the eruption in 79 AD that destroyed the Roman cities of Pompeii and Herculaneum. There have been over 50 eruptions recorded since then, with the most recent ones occurring in the 20th century.
Java and Bali
Tsunamis are most commonly caused by underwater earthquakes, where tectonic plate movements displace a large volume of water, creating a wave. Other causes can include volcanic eruptions, landslides, or asteroid impacts.