Which statements accurately describe the rock cycle? Check all that apply. a. Any type of rock can change into any other type of rock by weathering and erosion. b. Rocks change from one type to another in a definite order. c. The rock cycle shows how the three rock types relate to one another. d. Rocks last forever. e. Rocks change slowly over time.

All except B and D.

Explanation:

In geology, rock cycle is a fundamental concept which gives the description of changes that occur over geologic time among the three major forms of rock; igneous, sedimentary and metamorphic. The stages of rock cycle include weathering and erosion, migration, deposition, cementation and compaction, metamorphism and rock melting. The cycle occurs due to energy from the sun and the internal heat provided by the earth, the former causing weathering, erosion and transport while the latter provides melting and metamorphism. However, rocks do not last forever, neither do they undergo transition in a definite order.

the answer is A. Any type of rock can change into any other type of rock by weathering and erosion.

C. Rocks change slowly over time.

D. The rock cycle shows how the three rock types relate to one another.

Explanation:

the reason for is The rock cycle is a series of processes that slowly changes rock from one type to another. It explains how the three rock groups relate to one another, how rocks change from one type to another, and that no rock lasts forever. The rock cycle does not follow a specific order.

Rocks can change to any type at any time, depending on the environmental conditions. The process depends on temperature, pressure, which is the application of force, time, and changes in Earth's crust and at its surface.

igneous, sedimentary, and metamorphic rocks. are all different ways to break down rocks