In clastic (or detrital) sedimentary rock:
Process re-engineering life, it contains the complete life cycle of how the process is changing. What are the steps to change the process. It is closely related to Business process re-engineering. The steps of PRLC are: 1) Envision: In it, it is checked the secured commitment with the top management. Then we have to proceed. 2) Initiate Change: After checking the commitment form the top management, we have to initiate the new change what we are going to made in the process. 3) Process Analysis: Then we have to analyze the whole process and have to identify what are the necessary changes to the process. 4) Process Re-design: Then we have to re design the process by implementing all the necessary changes to a process. 5) Constructing: In it, we are implementing all the changes that are required to re-desing a process. 6) Implementing and maintaining: In it, we are implementing all the changes to a process and then last step is to maintenance of the process.
gather information.
Hi there, My answer is yes for your question bro. let me tell you why.. This is because in general linear sequence means step by step process and waterfall is also in a step wise manner.
Identify The Problem
is a step in the design process that involves reassessing the design specifications, implementing modifications, and updating drawings
Erosion of igneous and metamorphic rock
Your classmate is incorrect; while igneous rock can eventually become sedimentary rock through processes like weathering and erosion, it is not a mandatory step in the rock cycle. The rock cycle is dynamic, allowing for various pathways, including the transformation of igneous rock into metamorphic rock under heat and pressure. Additionally, sedimentary rock can also become igneous rock through melting and solidification.
The statement that igneous rock must become sedimentary rock is incorrect because rock formation is a dynamic and cyclical process. Igneous rocks can transform into metamorphic rocks through heat and pressure without becoming sedimentary first. Additionally, they can also be recycled back into magma, leading to the formation of new igneous rocks. Thus, while igneous rocks can become sedimentary through weathering and erosion, it is not a necessary step in the rock cycle.
The rock cycle involves the transformation of materials through various geological processes, and when magma cools and solidifies, it forms igneous rock. This occurs either beneath the Earth's surface (intrusive igneous rock) or on the surface following a volcanic eruption (extrusive igneous rock). Over time, these rocks can be broken down through weathering and erosion, eventually forming sedimentary rocks, or they can be subjected to heat and pressure, leading to metamorphic rocks. Thus, the solidification of magma is a crucial step in the continuous cycle of rock formation and transformation.
It's when parts of both igneous and metamorphic rocks are crushed together and then they form sedimentary rocks.
The second step of the rock cycle is typically erosion and transportation, where weathering and other natural forces break down rocks into smaller pieces that are moved by water, wind, or ice to new locations. This process helps to redistribute the broken-down rock material and can lead to the formation of sedimentary rocks.
The first step in the rock cycle that turns metamorphic and igneous rocks into sedimentary rocks is weathering. Weathering breaks down rocks into smaller pieces through physical or chemical processes. These smaller rock fragments are then transported and deposited as sediment, eventually forming sedimentary rocks through compaction and cementation.
Yes, compaction is a step in the formation of sedimentary rocks within the rock cycle. It occurs when layers of sediment are gradually buried by additional sediment, resulting in the compression and consolidation of the sediments. Over time, this process leads to the formation of sedimentary rocks.
Step 4 of the rock cycle typically represents the process of sedimentation, where eroded materials settle and accumulate in layers, forming sedimentary rocks. Step 5 usually involves the metamorphism of these sedimentary rocks, where heat and pressure transform them into metamorphic rocks. Together, these steps illustrate the transition from sediment to a more complex rock type, highlighting the dynamic processes within the rock cycle.
erosion
The crm process step requires a cycle of two reassessment benefits of completing the mission. The process step is developing controls and making risk decisions.
The crm process step requires a cycle of two reassessment benefits of completing the mission. The process step is developing controls and making risk decisions.