The skies would be dark and volcanic ash would fill the air.
Volcanic ash forms when rock or liquid magma is reduced to tiny fragments by an explosive eruption.
The answer is Explosive . It is explosive because during a explosive eruption there are clouds of ash, gas , and rock , and with a pyroclastic flow there is dust and ash . there for the answer must be explosive .
The eruption that occurs at fuego is explosive with lava flows
A layer of composite cone formed by quiet eruption will have alternating layers of ash and lava flows, with gentle slopes. In contrast, a layer formed by explosive eruption will have predominantly pyroclastic materials like ash and pumice, with steep slopes and a more jagged appearance due to the explosive nature of the eruptions.
In a volcano, molten rock from deep within the Earth rises to the surface through a vent, causing an eruption. This eruption releases gases, ash, and lava onto the surrounding area. Volcanic eruptions can be explosive or effusive, with varying levels of intensity and impact.
A pyroclastic flow.
during and explosive eruption hot ash is thrown in the air. Leaving trails of smoke.
Volcanic ash forms when rock or liquid magma is reduced to tiny fragments by an explosive eruption.
The answer is Explosive . It is explosive because during a explosive eruption there are clouds of ash, gas , and rock , and with a pyroclastic flow there is dust and ash . there for the answer must be explosive .
The eruption that occurs at fuego is explosive with lava flows
explosive, produces lahars and volcanic ash clouds.
The Eyjafjallajökull eruption in 2010 was considered explosive, characterized by the ejection of ash, gas, and volcanic rocks into the air. It led to the closure of airspace over Europe due to the ash cloud, causing significant disruption to air travel.
The main product of an explosive eruption is ash, which consists of tiny rock fragments and volcanic glass. Ash can be carried long distances by wind and poses a hazard to aircraft engines and respiratory systems. In addition to ash, explosive eruptions can also produce gases, such as sulfur dioxide and carbon dioxide, which can contribute to air pollution and climate change.
A layer of composite cone formed by quiet eruption will have alternating layers of ash and lava flows, with gentle slopes. In contrast, a layer formed by explosive eruption will have predominantly pyroclastic materials like ash and pumice, with steep slopes and a more jagged appearance due to the explosive nature of the eruptions.
In a volcano, molten rock from deep within the Earth rises to the surface through a vent, causing an eruption. This eruption releases gases, ash, and lava onto the surrounding area. Volcanic eruptions can be explosive or effusive, with varying levels of intensity and impact.
A summit eruption can involve explosive activity, but not always. Summit eruptions can also involve effusive lava flows or steady emissions of ash and gas. The specific type of eruption depends on factors such as the magma's composition, gas content, and the volcano's plumbing system.
A quiet eruption, also known as an effusive eruption, is characterized by the slow and steady flow of lava from the volcano without significant explosions or ash plumes. An example is the 2018 eruption of Kilauea in Hawaii. A violent eruption, also known as an explosive eruption, involves the sudden release of gas, ash, and debris with explosive force. An example is the 1980 eruption of Mount St. Helens in the United States.