false there is a famous hotspot in Yellow stone, CA
False. The Earth's crust is generally thicker under high mountains due to the accumulation of material from geological processes such as plate tectonics and volcanic activity. In contrast, the crust is thinner under oceanic regions.
No. Mid oceanic ridges are the places where new oceanic crust are forming.
True
TRUE
it is false as acid-base mixtures are neutral.
its false
False. The Earth's crust is generally thicker under high mountains due to the accumulation of material from geological processes such as plate tectonics and volcanic activity. In contrast, the crust is thinner under oceanic regions.
False. The Earth's radius and surface area do not increase as new oceanic crust is formed at mid-oceanic ridges. Instead, the creation of new crust at mid-oceanic ridges is balanced by the destruction of older crust at subduction zones, maintaining the overall size of the Earth.
No. Mid oceanic ridges are the places where new oceanic crust are forming.
False. The Earth's radius and surface area are not increasing to accommodate new oceanic crust. Instead, the process of seafloor spreading at mid-ocean ridges involves the creation of new oceanic crust, which is balanced by the destruction of crust at subduction zones, maintaining the Earth's overall surface area.
True. Continental crust is primarily composed of lighter rocks such as granite, which are less dense than the basaltic rocks found in oceanic crust. This is why continental crust is thicker and less dense than oceanic crust.
False. The crust is actually thinnest under ocean basins due to the presence of dense oceanic crust. Under high mountains, the crust tends to be thicker due to the compression and folding of rock layers.
False. The crust is actually thinnest under oceans, not high mountains. Mountain ranges are typically where the crust is the thickest due to the intense tectonic activity that creates them.
false
false
True. When solid mantle rock rises during seafloor spreading, the decrease in pressure causes decompression melting, resulting in the production of magma. This magma can then rise to the surface and form new oceanic crust.
True. Magnetic stripes on the ocean floor are created by alternating bands of magnetic polarities in the oceanic crust. These stripes are evidence of seafloor spreading where new crust is formed at mid-ocean ridges, pushing older crust away. Subduction zones are where older crust sinks back into the mantle.