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Clastic (those formed of particles of other rocks) and non-clastic (organic and chemical precipitate or evaporite rocks).
1. Clastic 2. Chemical 3. organic
Clastic and nonclastic
Make a list of the properties of each describing each property. In this way the similarities and differences will become more transparent. Asking others to complete your assignment or homework is self defeating.
Clastic, chemical, and Organic
Clastic Rocks, Organic Rocks, and Chemical Rock
Clastic (those formed of particles of other rocks) and non-clastic (organic and chemical precipitate or evaporite rocks).
Sedimentary rock could be divided into two categories: clastic (those derived from particles of pre-existing rock sediments) and non-clastic (those derived from chemical processes or of biologic origin). In reality, sedimentary rock types are broken down into multiple classifications based on their origin and makeup.
1. Clastic 2. Chemical 3. organic
Clastic and nonclastic
Sedimentary Rocks are classified based on some criterials, such as Origin and Mode of formation. Sedimentary Rocks can be classified into 3 as follows; 1. Clastic Sedimentary Rock. eg. Sandstone. 2. Organic Sedimentary Rock. eg. Limestone. 3. Chemical Sedimentary Rock. eg. Gypsum.
Make a list of the properties of each describing each property. In this way the similarities and differences will become more transparent. Asking others to complete your assignment or homework is self defeating.
metamorphic rock
Sedimentary rocks are formed from chemical and physical weathering of rock, their subsequent erosion and transportation to a place of deposit, and their lithification through compaction and cementation.
Clastic, chemical, and Organic
Lithification refers to the process of turning sediments into rock. The 2 processes that cause sediment to be lithified into solid sedimentary rock are compaction and cementation.
Sedimentary rock is changed to metamorphic rock using: 1. High pressure 2. High heat 3. A large amount of time