Physical systems are tangible entities that may be static or dynamic in operation. For Example, the physical parts of the computer center are the offices, desks, and chairs that facilitate operation of the computer. They can be seen and counted, they are static. In contrast, programmed computer is a dynamic system. Data, programs, output and application changes as the user's demand or the priority of the inforamation requested changes.
Abstract systems are conceptual or nonphysical entities. They may be models-the abstract conceptualization of physical situations. A model is a representation of a real or a planned system. The use of models makes it easier for the analyst to visualize relationships in the system under study. The objective is to point out the significant element and the key interrelationships of a complex system.
difference between operating system and system software?
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The difference between distributed system and multiprocessor system is whether the processing units in the system share the main memory. If yes, then the system is multiprocessor system; otherwise, it's a distributed system.
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Physical properties are characteristics that can be observed or measured without changing the substance's identity (e.g., color, mass). Non-physical properties, on the other hand, are abstract and cannot be directly measured or observed (e.g., beauty, morality).
Well, darling, the noun "system" is considered an abstract noun. Why? Because you can't touch, taste, or smell a system. It's all about ideas, concepts, and organization. So, there you have it - system is as abstract as your ex's excuses.
Physical systems are tangible entities that may be static or dynamic in operation. For example, the physical parts of the computer center are the offices, desks, and chairs that facilitate operation of the computer. They can be seen and counted, they are static. In contrast, programmed computer is a dynamic system. Data, programs, output and application changes as the user's demand or the priority of the information requested changes. Abstract systems are conceptual or nonphysical entities. They may be models-the abstract conceptualization of physical situations. A model is a representation of a real or a planned system. The use of models makes it easier for the analyst to visualize relationships in the system under study. The objective is to point out the significant element and the key interrelationships of a complex system.
difference between farming system and cropping system
difference between operating system and system software?
Physical systems are also known as thermodynamic systems based on matter and energy. Abstract systems, on the other hand, are conceptual models and a product of identification, design, or invention.
A conceptual model represents abstract ideas and relationships, providing a high-level overview without specific implementation details. In contrast, a physical model represents the concrete implementation of a system, including specific elements, attributes, and relationships at a detailed level.
In physical science, a closed system does not exchange matter with its surroundings, but can exchange energy. An open system can exchange both matter and energy with its surroundings.
The difference between virtual and physical memory is that virtual memory refers to memory space while physical memory are chips like RAM. The memory space for virtual memory is made by operating system when there is insufficient physical memory.
conceptual model :A conceptual model uses idea to suggest what system is or how it works.A physical model : A physical model might be a scale model , either larger or smaller than the actual system it represents.
Language is considered an abstract noun because it represents a system of communication through words, rather than a physical object that can be seen or touched.
A physical server is a standalone hardware device that runs an operating system and hosts various applications. It requires its own power supply, cooling system, and physical space. In contrast, a virtual server is a software-based environment that mimics a physical server. Multiple virtual servers can run on a single physical server, each operating independently with its own operating system and applications. Virtual servers offer flexibility, cost savings, and easier scalability compared to physical servers, making them a popular choice in modern IT environments.