No. Only extrusive igneous rocks are volcanic.
Sedimentary rocks: Metamorphic rocks
Joseph Nolan has written: 'On the metamorphic and intrusive rocks of Tyrone' -- subject(s): Metamorphic Rocks 'On a remarkable volcanic agglomerate near Dundalk' -- subject(s): Volcanic ash, tuff 'On the metamorphic and intrusive rocks of Tyrone'
Metamorphic, along with volcanic and plutonic igneous rocks.
No, the Hawaiian Islands are primarily composed of volcanic rocks rather than metamorphic rocks. They were formed by volcanic activity from the Hawaiian hotspot, leading to the creation of basaltic lava flows and other volcanic materials. While there may be some metamorphic rocks present due to tectonic processes, they constitute a minor portion of the islands' geology.
Sedimentary rocks could become metamorphic rocks if they are exposed to extreme heat and pressure deep in the Earth's crust. The rocks could come to the surface by volcanic activity or rising magma.
The extrusive volcanic rock pumice can float on water. Other extrusive volcanic rocks are not so lucky.
Supracrustal rocks are sedimentary, volcanic, and metamorphic rocks that formed above the Earth's crust and have been displaced by tectonic processes. These rocks typically contain evidence of their origin in the form of sedimentary layers, volcanic structures, and metamorphic textures. Supracrustal rocks are often found near the edges of continents or in areas where tectonic activity has pushed them to the surface.
Igneous rocks
Metamorphic rocks can be found in areas where heat and pressure have altered existing rocks. Common locations include mountain ranges, tectonic plate boundaries, and regions where volcanic activity has occurred. Examples of metamorphic rocks are marble, slate, and quartzite.
Volcanic rock is igneous, not sedimentary or metamorphic. It forms when magma cools and solidifies on or near the Earth's surface. Sedimentary rocks form through the accumulation and cementation of sediments, while metamorphic rocks form from the alteration of existing rocks due to heat and pressure.
The main type of energy used to help convert metamorphic rocks into igneous rocks is heat. This heat can come from processes such as magma intrusion, volcanic activity, or tectonic movements, causing the metamorphic rocks to melt and recrystallize into igneous rocks.
Metamorphic rocks can be found in mountain ranges, such as the Himalayas, where tectonic plates collide and create intense heat and pressure. They are also present in regions with ancient geological formations, like the Canadian Shield, which features a variety of metamorphic rocks. Additionally, metamorphic rocks can be found in areas near volcanic activity, where heat from magma can transform existing rocks.