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.

Question

Brianna Sellers

Geography

28 October, 19:58

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.

+4

Answers (1)

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Caden Fields · Answer 1

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.

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

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.