Igneous rock must weather and erode into smaller pieces and grains through processes like physical and chemical weathering. These sediments then accumulate, are buried, and undergo compaction and cementation to form sedimentary rock.
Sulfur is not classified as igneous, metamorphic, or sedimentary. Instead, it is an element that can be found in various rock types originating from volcanic activities, hydrothermal deposits, and sedimentary rocks where organic matter has been buried and transformed.
Igneous rocks are denser than sedimentary rocks because the particles and materials making up the igneous rock are more closely packed and compacted making more matter able to fit into a tiny area of its structures.
Granite, shale, coal, and limestone are commonly known as types of rocks. Granite is an igneous rock, shale is a sedimentary rock, coal is a sedimentary rock that forms from organic matter, and limestone is a sedimentary rock composed mainly of calcite.
Granite, shale, coal, and limestone are commonly known as types of rocks. Granite is an igneous rock, shale is a sedimentary rock, coal is a sedimentary rock derived from organic matter, and limestone is a sedimentary rock composed mostly of calcium carbonate.
There are several ways by which old rocks can become "new" rocks, all of which are described by the rock cycle. A rock, no matter what class it falls under, can become igneous, metamorphic, or sedimentary. When melted and then re-cooled, a rock become igneous. When exposed to very high temperature and pressure, the rock becomes metamorphic. When weather or eroded by wind, water, etc., and then lithified (cemented together), the rock becomes sedimentary. Again, any rock can go from one class to the other, or in some cases become a new rock of the same class.
For igneous rocks to become part of sedimentary rocks, they must first undergo weathering and erosion, breaking down into smaller particles. These particles are then transported by water, wind, or ice and eventually deposited in layers. Over time, the accumulated sediments are compacted and cemented together through lithification processes, resulting in the formation of sedimentary rock.
sedimentary, erosion products and/or organic matter that has become glued together over time into rockmetamorphic, sedimentary or igneous rock that has been changed in form by very high temperature and pressure while deep undergroundigneous, solidified by cooling from molten rock
Sulfur is not classified as igneous, metamorphic, or sedimentary. Instead, it is an element that can be found in various rock types originating from volcanic activities, hydrothermal deposits, and sedimentary rocks where organic matter has been buried and transformed.
it's conversion
No matter what kinds of rocks they are they can be changed into any other kind of rock. Sedimentary rocks and igneous rocks can become metamorphic rocks with either contact or regional metamorphism. This means that either the rocks have been in contact with or close to high heat and high pressure that changes the rock.
When extrusive igneous rock is broken down, it can form sedimentary rock through the process of weathering, erosion, transportation, and deposition of the broken-down material. This material can then be compacted and cemented together to form sedimentary rock.
Coal is a type of organic sedimentary rock formed from dead plants.
There are several ways by which old rocks can become "new" rocks, all of which are described by the rock cycle. A rock, no matter what class it falls under, can become igneous, metamorphic, or sedimentary. When melted and then re-cooled, a rock become igneous. When exposed to very high temperature and pressure, the rock becomes metamorphic. When weather or eroded by wind, water, etc., and then lithified (cemented together), the rock becomes sedimentary. Again, any rock can go from one class to the other, or in some cases become a new rock of the same class.
Igneous rocks are denser than sedimentary rocks because the particles and materials making up the igneous rock are more closely packed and compacted making more matter able to fit into a tiny area of its structures.
Different source areas came together in one place. Still considered sedimentary, because it's composed of sediments. Doesn't matter what the composition is, could be metamorphic in there too.
Though in science you should never say something is not possible, I doubt it. Metamorphic rocks have been pressurized so much that they become a lot smaller than the original sedimentary or igneous rock they came from thus, destroying any evidence of a bone or anything else of that matter.
Granite, shale, coal, and limestone are commonly known as types of rocks. Granite is an igneous rock, shale is a sedimentary rock, coal is a sedimentary rock that forms from organic matter, and limestone is a sedimentary rock composed mainly of calcite.