A Mafic Extrusive Igneous Rock.
It would form into the rock basalt, an extrusive, mafic, igneous rock.
The Earth's original surface was likely made of basaltic rock, which is formed from solidified lava. Over time, geological processes such as weathering and plate tectonics have altered the surface composition of the Earth.
the answer to your question is most likely to be honey.
visible light
Pyroclasts can be formed by both basaltic and andesitic magma. Basaltic magma typically forms pyroclastic materials like scoria and ash, while andesitic magma can produce a variety of pyroclasts including volcanic bombs and pumice. The type of pyroclasts produced depends on factors such as the composition of the magma and the eruption style.
basaltic with little gas content
The primary gases in Earth's primitive atmosphere were likely hydrogen, helium, methane, ammonia, and water vapor. Over time, these gases were likely transformed by geological and biological processes into the current composition of the atmosphere.
Any condition is good for a microbe, they can thrive in pretty much every habitat on earth. Microbes have even been found in rocks 7 kilometres below the earths surface, and I'm not talking a few, there are as many microbes 7 km down as there are on the earths surface.
Yes, basaltic lava has low silica content compared to other types of lava. Basaltic lava is typically rich in iron, magnesium, and calcium, which contribute to its low silica content. This low silica content also makes basaltic lava less viscous and more likely to flow easily.
If granite melts and then erupts at the surface, it is likely to form rhyolite, which is an extrusive rock. Rhyolite has a composition similar to granite but is formed from the rapid cooling of magma at the Earth's surface.
An intrusion of basaltic magma would likely cause greater contact metamorphism compared to an intrusion of rhyolitic magma. Basaltic magma has higher temperatures and higher fluidity, allowing it to heat surrounding rocks more effectively and induce more intense metamorphic changes.
That would likely be a crater, caused by an impact from a meteorite, asteroid, or volcanic activity. Craters can vary in size and shape depending on the force of the impact.