Static Processes
Static processes are those processes that remain unchanged during the execution of a program. The following are examples of static processes:
Definition of a Static Process
A static process is a process that does not change over time. In other words, it is a process with constant inputs and outputs. Static processes are often used in manufacturing and other industrial applications.
Examples of Static Processes
A static process is one in which the state of a system does not change over time. In other words, a static process is one in which the variables that define the system’s state do not change over time. Examples of static processes include: -A rock sitting on the ground -The water in a glass sitting on a table -A person sitting in a chair -A lightbulb that is turned off
Dynamic Processes
Static processes are those that happen without the intervention of people or other moving parts. For example, a book will remain on a shelf until someone picks it up. In contrast, a dynamic process is one that is constantly changing, such as the Stock Market or weather patterns.
Definition of a Dynamic Process
A dynamic process is a process that is constantly changing. It is in a state of flux. The term can be used to describe physical processes, such as the weather, or psychological processes, such as human cognition. The term is also used in business to describe processes that are constantly evolving, such as the economy.
Examples of Dynamic Processes
In physical geography, a dynamic process is one of the constantly changing processes that shape the Earth’s landforms. Erosion caused by wind, water, and ice are examples of dynamic processes.
Wind erosion is the wearing away of rock and soil particles by the wind. The most common type of wind erosion is called abrasion. Abrasion happens when particles carried by the wind hit rocks and wear them down. The Grand Canyon in Arizona was formed by wind erosion.
Water erosion is the carrying away of rock and soil particles by water. There are two types of water erosion: surface water erosion and groundwater erosion. Surface water erosion is caused by runoff, which is water that flows across the land surface after rain or melting snow. Groundwater erosion is caused by seepage, which is water that flows through soils and bedrock. The Niagara Falls in New York were formed by water erosion.
Ice erosion is the carrying away of rock and soil particles by moving ice, such as glaciers. Glacial abrasion happens when particles carried by glaciers hit rocks and wear them down. The Rocky Mountains in Colorado were formed by ice erosion.