At divergent plate boundaries in the ocean, magma rises and melts because of
A. higher temperatures at the surface.
B. a decrease in pressure.
C. intrusive plutons at the boundary.
D. increased silica content of magma.

The correct answer for the question that is being presented above is this one: "B. a decrease in pressure." At divergent plate boundaries in the ocean, magma rises and melts because of a decrease in pressure. The magma rises and melts as the divergent plate boundaries in the ocean decreased in pressure.

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At divergent plate boundaries in the ocean, magma rises and melts because of A. higher temperatures at the surface. B. a decrease in pressure. C. intrusive plutons at the boundary. D. increased silica content of magma.

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At divergent plate boundaries in the ocean, magma rises and melts because of
A. higher temperatures at the surface.
B. a decrease in pressure.
C. intrusive plutons at the boundary.
D. increased silica content of magma.