Answer:
C. Airborne ash and rocks from a volcanic eruption remain suspended in the air for a long time before eventually settling to the ground in a new location far from the volcano.
Explanation:
Tephra deposits take many forms and shape, and their composition doesn't really matter either. The only thing that defines a tephra really is that it was ejected from the mouth of a volcano and fell on the ground where it remained intact (not merged with something else).
So, forms of tephra could be big boulders landing on the volcano's side or ashes that travel around the globe to land on the other side of the planet.
<h2>
Answer</h2>
The answer is Regional Metamorphism
<h2>
Explanation</h2>
In the metamorphism, the rock is altered with the effects of natural agencies. Regional Metamorphism is the type of metamorphism, where the rocks are also changes with the interaction of high pressure or heat on the open wide area instead of contact with the magma. These rocks are also changes with the overburden of plate tectonics. In this question, the large-scale folding of rocks represents Regional Metamorphism.
Answer:
B
Explanation:
These regions are very warm but less humid than other regions.
The most likely place for an oceanic-oceanic convergence to occur is the philippine plate converging with the pacific plate, forming Mariana islands.
<h3>What is an oceanic-oceanic convergence?</h3>
This refers to when two oceanic plates collide with each other which leads to the heavier plate sinking.
The Philippine plate and the Pacific plates are both oceanic plate so if they converged, this would be an oceanic-oceanic convergence.
Find out more on oceanic convergence at brainly.com/question/21677223.
