Hot melted rock
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Lava with high viscosity is thick and slow-moving, resembling thick honey or toothpaste. It tends to flow more sluggishly and can build up pressure, leading to explosive eruptions with volcanic ash and debris.
Yes, a lava flow is a type of volcanic extrusion where molten rock, or magma, reaches the Earth's surface and flows out as lava. This can result in the formation of volcanic landforms such as lava fields, lava plateaus, and lava domes.
Yes, lava is extremely hot, reaching temperatures of over 1,000 degrees Celsius. If a person were to come into contact with lava, they would suffer severe burns and likely be fatally injured. It would essentially cause the person to burn and melt upon contact.
Flood basalts is the term to describe a flow of fluid basaltic lava that issues from cracks or fissures. It commonly covers an extensive area of thickness of hundreds of meters.
A volcano with a VEI of 0 would be a gentle out pouring of lava from a cone, meanwhile a 8 is a supervolcano.
To blobbler-- to do the thing that the wax in a lava lamp does.
well its like magma
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Fiery, powerful, determined, mysterious.
No. The lava there would be very viscous.
A geologist would examine the composition of lava, including its mineral content and chemical composition. They would also investigate the temperature and viscosity of the lava, as well as its eruption style and flow behavior. Additionally, they might study the texture and structure of lava rocks to understand how the lava cooled and solidified.
No. While the day side of Mercury is quite hot, it is not nearly as hot as lava. So any lava that would erupt on Mercury would still cool down and solidify. The lack of an atmosphere would mean that the lava would cool more slowly than lava on Earth does.
No. Cooled lava would be igneous.
A "synonym" for lava would be "molten rock". Lava is above ground. Magma is below ground.
Lava that is still below the earth's crust is called magma.
Lava with high viscosity is thick and slow-moving, resembling thick honey or toothpaste. It tends to flow more sluggishly and can build up pressure, leading to explosive eruptions with volcanic ash and debris.