A set of detailed methods, procedures and routines created to carry out a specific activity, perform a duty, or solve a problem.
2.
An organized, purposeful structure that consists of interrelated and interdependent elements (components, entities, factors, members, parts etc.). These elements continually influence one another (directly or indirectly) to maintain their activity and the existence of the system, in order to achieve the goal of the system.
All systems have (a) inputs, outputs and feedback mechanisms, (b) maintain an internal steady-state
(called homeostasis) despite a changing external environment, (c) display properties that are different than the whole (called emergent properties) but are not possessed by any of the individual elements, and (d) have boundaries that are usually defined by the system observer. Systems underlie every phenomenon and all are part of a larger system. Systems stop functioning when an element is removed or changed significantly. Together, they allow understanding and interpretation of the universe as a meta-system
of interlinked wholes, and organize our thoughts about the world.
Although different types of systems (from a cell to the human body, soap bubbles to galaxies, ant colonies to nations) look very different on the surface, they have remarkable similarities. At the most basic level, systems are divided into two categories: (1) Closed systems: theoretical systems that do not interact with the environment and are not influenced by its surroundings. Only the components within the system are significant. Example: a sealed jar--nothing
enters or exits the jar, but whatever is inside can interact. (2) Open systems: real-world
systems whose boundaries allow exchanges of energy, material and information with the larger external environment or system in which they exist. Example: a company--even
if there are separate departments in one organization, the workers share data and interact with each other on a daily basis. Different systems methodologies (such as systems dynamics and systems thinking) classify systems differently.
According to Wikipedia, The study of complex systems investigates relationships between parts that give rise to the collective behaviors of a system and how the system interacts with its environment.
The mesentery proper (i.e. the original definition) refers to the peritoneum responsible for connecting the jejunum and ileum, parts of the small intestine, to the back wall of the abdomen.[1]
operation of separating the component parts
Disintegrated means to break up into small parts
made up of disparate or separate parts or elements.
descirbe all the parts of an information system
describe the parts of an ecosystem and tell how they maintain the system's balance
The definition of mechanism is a system of parts working together in a machine. It could also be used to describe a process that needs to be followed in order to accomplish a specific task.
By sheer definition, the "system", implies, "parts". Ecology needs a system to keep it alive and running.
there are a red color.
describe the parts of an ecosystem and tell how they maintain the system's balance
the diffrent parts are to help the frog move an function correctly because without the bones it will not be able to move
Yes, the three main parts of the circulatory system -- heart, arteries, and veins -- work together. By definition, every organ system is made up of organs that work together.
Equivalent series resistance (ESR) is an effective resistance that is used to describe the resistive parts of the impedance of certain electrical components.
System
what are the parts of windows screen and their definition
The parts of a system interactt with other parts of the system. You turn on a faucet to get water. The hose carries the water to a sprinkler that sprays the water. You use the water to cool down. The grass uses the water to grow. You walk on the grass.