Because if it was magma which is inside the earth will be intrusive but ash is on the earth so it is extrusive.
Tuff is a volcanic rock that forms from the consolidation of volcanic ash and debris. It is considered a sedimentary rock because it is composed of various fragmented materials that have been deposited and lithified.
The four primary extrusive igneous rock structures are lava flows, volcanic ash deposits, tuff, and volcanic domes. Lava flows are formed from the outward movement of molten rock, while volcanic ash deposits consist of fine particles ejected during explosive eruptions. Tuff is a type of rock formed from consolidated volcanic ash, and volcanic domes are steep, mound-shaped structures created by the slow extrusion of viscous lava. These structures illustrate the diverse manifestations of volcanic activity on the Earth's surface.
When magma is blasted into the air, it cools and solidifies to form volcanic rock, such as lava bombs, volcanic ash, and tuff. The specific type of rock depends on the composition of the magma and the cooling process.
well it could be igneous rock if you are talking about specific types (there are a lot) , but its called tephra and/or pyroclastic rock that is thrown from the volcano... the smallest of tephra is ash, then lapilli then bombs, then blocks.
Lava is, by preferred definition, a viscous fluid comprised of molten rock that has reached the surface. In this case, lava is not an igneous rock. However, 'lava' can also refer to the cooled and solidified product of the molten rock. In this case, lava is an igneous rock, formed from the solidification of molten lava.
Tuff is a volcanic rock that forms from the consolidation of volcanic ash and debris. It is considered a sedimentary rock because it is composed of various fragmented materials that have been deposited and lithified.
Neither, Igneous rock is either intrusive or extrusive. Thats what intrusive and extrusive is... A igneous rock.
The four primary extrusive igneous rock structures are lava flows, volcanic ash deposits, tuff, and volcanic domes. Lava flows are formed from the outward movement of molten rock, while volcanic ash deposits consist of fine particles ejected during explosive eruptions. Tuff is a type of rock formed from consolidated volcanic ash, and volcanic domes are steep, mound-shaped structures created by the slow extrusion of viscous lava. These structures illustrate the diverse manifestations of volcanic activity on the Earth's surface.
When magma is blasted into the air, it cools and solidifies to form volcanic rock, such as lava bombs, volcanic ash, and tuff. The specific type of rock depends on the composition of the magma and the cooling process.
well it could be igneous rock if you are talking about specific types (there are a lot) , but its called tephra and/or pyroclastic rock that is thrown from the volcano... the smallest of tephra is ash, then lapilli then bombs, then blocks.
Lava is, by preferred definition, a viscous fluid comprised of molten rock that has reached the surface. In this case, lava is not an igneous rock. However, 'lava' can also refer to the cooled and solidified product of the molten rock. In this case, lava is an igneous rock, formed from the solidification of molten lava.
When lava reaches the surface of the Earth through volcanoes or through great fissures the rocks that are formed from the lava cooling and hardening are called extrusive igneous rocks. Some of the more common types of extrusive igneous rocks are lava rocks, cinders, pumice, obsidian , and volcanic ash and dust
Yes, tuff is an igneous rock. It is formed from volcanic ash and other volcanic debris that has been compacted and cemented together.
The rock tuff is classified as an igneous rock. It forms from volcanic eruptions where ash and volcanic material are ejected into the air and then settle and compact to form tuff.
tough meas like strong and tuff means cool or slick
Igneous rock cools rapidly at or near the Earth's surface, such as during volcanic eruptions when lava flows or volcanic ash are exposed to air or water. This rapid cooling leads to the formation of fine-grained textures in the rock, characteristic of extrusive igneous rocks like basalt and pumice. Conversely, if the magma cools slowly beneath the surface, it forms coarse-grained intrusive igneous rocks like granite.
igneous rock answ2. Volcanic bombs, volcanic ash, pumice, ignimbrite.