Answer:
The oldest volcano is northwest of the hot spot, while the youngest volcano is near the hot spot, on the southeastern part of the island chain. Loihi will most probably become the newest volcanic island of the Hawaii Islands.
Explanation:
The Hawaii Islands are created by hot spot volcanism. This is a type of volcanism that can occur anywhere, not just around the plate boundaries, as it is volcanism that occurs because of higher than usual activity in the mantle's convection currents that manage to break up the crust with ease.
Because this island chain and the hot spot below it are located in the interior of a plate, because of the movement of the plate, volcanoes form and die out, while new ones constantly form. This is due to the fact that the plate, as it moves, drag the volcano away from the hot spot so eventually cuts their connection, so the hot spot creates another one above it. Because of the direction of movement of the Pacific plate, we can comfortably say that the oldest volcano is located northwest of the hot spot, while the youngest is very close to it, in the southeastern part of the island chain.
When it comes to Loihi, it is a seamount on the rise. The hot spot is responsible for its formation and rise, and little by little, as the newest volcano on the island of Hawaii, gets its connection cut off with the hot spot, Loihi will rise above the surface and create another volcanic island.
<h2>Definition of nuclear family</h2>
<h2>: a family group that consists only of parents and children.</h2>
B. Decreases slightly over time and does not change form. It's true that water does not change form because it never had a form. If I'm correct lol but it's B. :D
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2) Learn more about humans to solve/cure diseases
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Unlike Earth, Venus lacks plate tectonics to form volcanoes known as "compound volcanoes." Instead, Venus' geography is characterized by "shield volcanoes" generated by hot spots is the difference between volcanism on venus and that around the ring of fire on earth.
Mars and Venus have only shield volcanoes. On these planets, geological processes are vertical and plate tectonics, and significant horizontal tectonic movements do not occur.
The presence of CO2 in Venus' surface atmosphere indicates that volcanism is currently active and clouds of SO2 and sulfuric acid are present.
First, because of the high pressure, Venusian lava requires a much higher gas content than terrestrial lava to explode. Second, the main gas that causes lava explosions on Earth is water, much less so on Venus. Finally, many viscous lavas and explosive eruptions occur near Earth's plate subduction zones.
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