<span>Obtaining scientific data from a distance is called remote sensing</span>
Answer:
Volcanoes may form at a fault where a transform fault exists is not a true statement.
Explanation:
olcThe volcanoes can be found across the globe, in most of the regions. What can be noticed though is that there is a high concentration of volcanoes a certain places, while there is much less or lacking in others. The places where there is high concetration of volcanoes are along the divergent and convergent plate boundaries, with isolated volcanic chains in the interior of the plates caused by hot spots.
The places where volcanoes are lacking, except the vast majority of the interior of the plates, are the transform plate boundaries. The reason for this is that at these plate boundaries the plates don't create a gap between each other and make the crust thinner so that magma can move toward the surface, instead, they slide past each other, thus create pressure between each other, which would make it even harder for magma to come out on the surface than in an interior of a plate.
Answer:
The convergence of tectonic plates, forming a mountain range.
Explanation:
On the diagram, we can see the Eurasian plate and Indian plate, as well as the movement of the Indian plate over time relative to the Eurasian plate. The Indian plate has been moving over the course of millions of years from the southern hemisphere toward the northern hemisphere and has eventually hit the Eurasian plate. The two plates have collided and formed a convergent plate boundary.
The convergence occurs between continental crusts. With the crust constantly creating an enormous amount of pressure along the plate boundary, the crust in this part has started to bend and lift up, gradually creating a mountain range. The mountain range that has formed here is actually the highest and most massive mountain range in the world, the Himalayas.
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