Thick.
silica content
The lava of Krakatoa volcano is typically AAA lava, which is characterized by its thick and viscous texture. This type of lava tends to flow slowly and can create steep-sided volcanoes. Pahoehoe lava, on the other hand, is more fluid and forms smooth, rope-like textures when it cools.
it wil have thin lava because the lava is "runny" and shield volcanoes are made from nonexplosive eruptions so they will be quiet when they erupt.
Aa is a term for a blocky type of lava.
Thin lava
silica content
The lava of Krakatoa volcano is typically AAA lava, which is characterized by its thick and viscous texture. This type of lava tends to flow slowly and can create steep-sided volcanoes. Pahoehoe lava, on the other hand, is more fluid and forms smooth, rope-like textures when it cools.
it wil have thin lava because the lava is "runny" and shield volcanoes are made from nonexplosive eruptions so they will be quiet when they erupt.
Lava that hardens into rough , jagged rocks with a crumbly feeling aka blocky lava
Loud Erupt: The magma is really thick It is cooler lava More silicia Quiet Erupt: Thin Hotter lava low silica
nope. Mt. fuji has pohoehoe for lava i think
A thin atmosphere is thin and a thick atmosphere is thick
Thick, highly viscous lava.
The pair word is 'thin': thick and thin.
aaa
Aa is a term for a blocky type of lava.
its thick