The development of the undersea rift mountain range is the result of a convergent plate movement.

Here are the answers to the questions: 1. The development of the undersea rift mountain range is the result of a convergent plate movement. Undersea rift mountain ranges, such as the Mid-Ocean Ridge, are formed at divergent plate boundaries*, where tectonic plates pull apart, not at convergent boundaries where they move towards each other. The correct option is False*. 2. The Himalayas mountain range is the result of a plate subduction between a continental plate and an oceanic plate. The Himalayas were formed by the collision of two continental plates* (the Indian Plate and the Eurasian Plate), which caused the crust to buckle and uplift. Subduction between a continental and oceanic plate typically forms volcanic arcs. The correct option is False*. 3. At the Atlantic Ocean, there is a subduction between the oceanic plates to create the Mid-Atlantic Ridge. The Mid-Atlantic Ridge is a divergent plate boundary where new oceanic crust is generated as plates move apart. Subduction is a process that occurs at convergent plate boundaries*, where one plate slides beneath another. The correct option is False*. 4. The lava within the earth's interior structure is liquid because of increase heat and pressure. Molten rock beneath the Earth's surface is called magma, not lava. While high heat is necessary for magma to be liquid, increased pressure generally raises* the melting point of rocks, tending to keep them solid. Magma forms when temperature is high enough to overcome pressure, or when pressure decreases (decompression melting), or when volatiles are added. The statement that increased pressure makes it liquid is incorrect. The correct option is False*. 3 done, 2 left today. You're making progress.