Understanding Components and Functions

¿Qué es una empresa vista como un sistema?

• A component is the entire system itself.

• Es un conjunto de partes que trabajan juntas para lograr objetivos.

• A component is an external factor that affects the system.

• A component is a distinct part of a system that contributes to its functionality.

¿Cuáles son los tres subsistemas principales de una empresa?

• Subsistema de marketing, subsistema financiero y subsistema de transporte público.

• Subsistema de producción, subsistema de ventas y subsistema de limpieza.

• Subsistema administrativo, subsistema de compras y subsistema de servicio al cliente.

• Producción, comercialización y gestión.

¿Por qué se considera que una empresa es un sistema abierto?

• Components interact only through direct connections.

• Porque solo interactúa con sus clientes, sin importar proveedores o competidores

• Porque interactúa con el entorno.

• Components interact through interfaces and protocols.

What are the main types of components?

• Mechanical, Electrical, Software, Structural

• Chemical, Biological, Thermal, Optical

• Digital, Analog, Hybrid, Virtual

• Static, Dynamic, Kinetic, Potential

Define the term 'function' in the context of components.

• A function is the specific role or purpose a component serves within a system.

• A function is a mathematical equation that always produces the same output.

• A function is a type of data structure used to store information.

• A function is a graphical representation of a component's design.

How can the performance of a component be measured?

• Through user satisfaction surveys and feedback.

• By counting the number of components in a system.

• By evaluating metrics like response time, throughput, error rate, and resource utilization.

• By measuring the color and size of the component.

What role do interfaces play in components?

• Interfaces are optional and have no impact on components.

• Interfaces are only used for styling components.

• Interfaces limit the functionality of components.

• Interfaces provide a contract for components, ensuring consistency and enabling decoupling.

Describe the relationship between components and modules.

• Modules are standalone entities that do not contain components.

• Components are larger structures that encompass modules.

• Components are individual parts that make up a module, which is a collection of related components.

• Modules are made up of unrelated components.

What is the significance of component reusability?

• Component reusability increases efficiency and consistency in software development.

• Component reusability reduces the quality of the software.

• Component reusability leads to increased costs and delays.

• Component reusability complicates the development process.

How do components contribute to system scalability?

• Components are irrelevant to system performance.

• Components only increase complexity and reduce scalability.

• Components must be tightly coupled to function properly.

• Components enable modular design and independent scaling, enhancing system scalability.