Question

the diagram below is a model of the rock cycle. the diagram shows how one type of rock can change into another type of rock. select the igneous rock.

Explanation:

Igneous rocks form through crystallization of magma or lava. In the rock cycle diagram, the rock with the "crystallization" arrow pointing to it (or the one formed from melting and then crystallization) is the igneous rock. The image with the volcanic/eruptive scene (the one with the red triangle, likely representing magma/lava) is associated with crystallization, so the rock formed via crystallization (the gray rock at the top? Wait, no—wait, the process: igneous rocks form when magma/lava cools and crystallizes. So the rock that has "crystallization" as a process leading to it. Looking at the diagram, the rock with the crystallization arrow (from the molten material, the volcanic image) is the igneous rock. So the box with the gray rock (or the one connected by crystallization) – but more accurately, igneous rocks are formed by crystallization of magma. So the rock that is the product of crystallization (from the molten state) is igneous. So the rock in the box that has the "crystallization" arrow coming from the molten (volcanic) image is the igneous rock.

Answer:

The rock formed by the process of crystallization (the one with the crystallization arrow from the molten/volcanic - related image) is the igneous rock. (Assuming the box with the gray rock at the top, or the one connected via crystallization from the volcanic - looking image, is the igneous rock. If we consider the labels, the rock associated with crystallization of magma/lava is igneous.)