because the rock is solid not liquid the rock became hard or strong.
pls.follow on twitter rejinald hernandez
By definition a rock is in a solid state.
Sedimentary rocks always originate at the surface of the solid Earth. They form from the accumulation and lithification of weathered and eroded materials such as sand, silt, and clay.
All rocks in the world were formed from the Earth's crust, so they exist in all states where land is present on the planet, including both the solid and fragmental states.
It is in a solid state of matter. Unlike the deeper rocks of the mantle, crustal rocks do not readily deform, and heating from below will cause the lowest layers to melt into magma...which being less dense tends to flow upward.
Solid plutonic rocks are intrusive igneous rocks such as granite and gabbro.
By definition a rock is in a solid state.
Sedimentary rocks always originate at the surface of the solid Earth. They form from the accumulation and lithification of weathered and eroded materials such as sand, silt, and clay.
While rocks are typically solid, they can also exist in other states depending on the conditions. They can melt into magma when exposed to high temperatures, or break down into smaller particles through weathering and erosion. Rocks can also dissolve in water over time.
All rocks in the world were formed from the Earth's crust, so they exist in all states where land is present on the planet, including both the solid and fragmental states.
Your question as phrased is unclear. I will proceed to answer both interpretations I have of your question. Note: When magma crystallizes, it forms igneous rocks. 1) What is the change of state when magma forms from igneous rock? - Melting. Rocks are the solid state of matter and magma is the liquid state (although it can be a very viscous liquid). Changing something from solid to liquid is melting. 2) What is the change of state when magma crystallizes to form igneous rocks? - Solidification/Freezing. Magma becomes too cold to continue in a liquid state, it solidifies and crystallizes into solid igneous rocks: freezing.
Sedimentary rocks always originate at the surface of the solid Earth, typically forming from the accumulation and consolidation of sediments like sand, silt, and gravel. These rocks can contain clues about the environment they formed in, such as ancient climates and ecosystems.
All rocks are solid. Igneous, metamorphic, or sedimentary.
It is in a solid state of matter. Unlike the deeper rocks of the mantle, crustal rocks do not readily deform, and heating from below will cause the lowest layers to melt into magma...which being less dense tends to flow upward.
The Earth's crust is predominantly solid, making it a part of the lithosphere. It is composed of a mixture of rock types, such as granite, basalt, and sedimentary rocks. However, within certain geological features, such as volcanoes or geothermal areas, the crust can exhibit molten or semi-molten states.
Solid plutonic rocks are intrusive igneous rocks such as granite and gabbro.
A rock is a solid in the states of matter because it never changes its volume or mass. Also its molecules tightly packed together.
The state of matter the Earth's crust is in is solid.