Well all we know right now is that lava produces gas, but not so sure it turns into gas
Gas in lava can make it more explosive. When gas bubbles within the lava are trapped and then released during an eruption, it can lead to more violent explosions. The pressure from the gas causes the lava to fragment into smaller pieces, creating explosive eruptions.
Yes, when lava cools and solidifies, it forms igneous rock. The type of rock that forms depends on the chemical composition of the lava and the rate at which it cools.
Vesicles in basalt are formed when gas bubbles trapped in magma during volcanic eruptions cannot escape and become preserved as the lava cools and solidifies. These gas bubbles create the small cavities observed in basaltic rocks.
Pumice is formed by the rapid cooling of gas entrained (frothy) felsic lava which is erupted from volcanoes. If the amount of trapped gases in the lava is high, and cooled quickly enough to trap the bubbles of gas before they can escape, vesicular pumice will be formed, resulting in the only igneous rock that is able to float in water.
Lava rock with air pockets are known as vesicular lava rock. These air pockets are formed during the solidification process of lava, which traps gas bubbles within the rock. This gives the rock a porous and lightweight texture.
nothing, its a volcanic gas that hardens
No. Gas giants do not have a solid surface on which lava might flow.
No. Lava heats up the air. In turn, the air cools the lava.
The rock becomes too hot that it must turn into liquid form (lava). This would usually mean that the rock had to have come into contact with lava first.
Basaltic lava typically has a low gas content compared to other types of lava such as andesitic or rhyolitic. This is because basaltic lava is less viscous, allowing gases to escape more easily, resulting in less gas being trapped within the lava as it erupts.
Obsidian is a type of glassy lava not a gas.
Obesidian can turn into Lava when it is hot outside and may turn into Soft and smooth
Silica and oxygen content in lava affects its viscosity, which in turn impacts flow speed. Lava with higher silica content tends to be more viscous and flows slower, while lava with lower silica content flows faster. The presence of oxygen also influences lava's ability to flow by affecting its gas content and pressure.
It depends on the type of eruption. Some will erupt lava or a mixture of lava and gas. Others will erupt gas, ash, and pumice.
Gas in lava can make it more explosive. When gas bubbles within the lava are trapped and then released during an eruption, it can lead to more violent explosions. The pressure from the gas causes the lava to fragment into smaller pieces, creating explosive eruptions.
lava
Ash, Gas, and Lava