Plutonic or intrusive igneous rock
We don't know. We can only catalog the volcanoes we know about. There are probably more dormant volcanoes, especially under the ocean, that we haven't found yet.
If the core of a planet has solidified, it likely means that it has cooled down significantly over time. The solidification of the core can result in a loss of internal heat and may lead to changes in the planet's magnetic field and geological activity.
No. Shield volcanoes form from basaltic lava with a low silica content and a low water content.
regular lava, du(probably low silica actually)
there are estimated 80 active volcanoes iin Japan. trust me babes
Although Singapore is not very far from a subduction zone, it is beyond the zone in which the subduction produces volcanic activity. Additionally, Singapore is geographically quite small, so even if it were in a belt of volcanic activity, there probably would not be a volcano in Singapore.
We don't know. We can only catalog the volcanoes we know about. There are probably more dormant volcanoes, especially under the ocean, that we haven't found yet.
We don't know. We can only catalog the volcanoes we know about. There are probably more dormant volcanoes, especially under the ocean, that we haven't found yet.
Volcanoes probably emerged when earth's crust was new about 4.4 billion years ago.
Yes, they can live on Volcanoes, but probably not inside them.
They probably all have different interests specific to the individual but they all probably enjoy studying volcanoes.
Yes. Etna is probably the one most currently talked about.
you can get heat and pressure from underground probably near volcanoes
If the core of a planet has solidified, it likely means that it has cooled down significantly over time. The solidification of the core can result in a loss of internal heat and may lead to changes in the planet's magnetic field and geological activity.
All the aboveee
well..... about that They both have volcanoes. They are similar in size. ....and probably in age.
No. Shield volcanoes form from basaltic lava with a low silica content and a low water content.