1. The hierarchy of the life system from large to small are biosphere, ecosystem, community, population, individual, system, organ, tissue , cells.Next, let's take a look at the specific content.
2. Ecosystem: a unified whole formed by the interaction between the biome and its inorganic environment. The biosphere: a unified whole composed of all the creatures on the earth and the inorganic environment in which these creatures live. It is also the largest life system on earth. Notes: All levels of the life system are a unified whole that depends on each other.
3, 4) System: The system is composed of multiple organs that can perform one or several physiological functions together in a certain order.
4. Structural hierarchy of the life system 1 Cells: Cells are the basic structure and functional units of organisms, as well as the most basic life system.
5. The nine levels of the life system include: molecular level, cell waterFlat, tissue level, organ level, individual level, population level, species level, ecosystem level and biosphere level. Molecular level In the molecular level, the basic units of the life system are molecules, such as DNA and proteins.
1. The computer system is hierarchical, which is composed of multi-level hierarchy. The first level is the microprogram design level. This is a real hardware level, which directly executes microinstructions from the machine hardware. If an application is written directly with microinstructions, the application can be run at this level.
2. The hardware system is the innermost layer, which is the foundation and core of the whole computer system. In addition to the hardware, the system software provides users with a basic operation interface.The application software is in the outermost layer, providing users with an application system interface to solve specific problems. The rest of the layers outside the hardware system are usually called virtual machines.
3. Computer system hierarchy refers to the computer system composed of two major parts, hardware and software, and if further subdivided by function, it can be divided into 7 layers. DIVIDING COMPUTER SYSTEMS INTO MULTI-LEVEL HIERARCHICAL STRUCTURES ACCORDING TO FUNCTIONS IS CONDUCIVE TO CORRECTLY UNDERSTANDING THE WORKING PROCESS OF COMPUTER SYSTEMS AND CLARIFYING THE STATUS AND ROLE OF SOFTWARE AND HARDWARE IN COMPUTER SYSTEMS.
4. The hierarchical structure of the computer system includes: hardware layer, operating system layer, system program layer, and application layer. The hardware layer provides basic computability resources, including processors, registers, memory, and various I/O facilities and devices, which are the basis for the work of operating systems and upper-level software.
The hierarchical structure of the computer system is high-level language machine level, assembly language machine level, traditional machine language machine level, and microprogram machine level in order from high to low. The computer system is hierarchical, and it is composed of a multi-level hierarchical structure.
The hierarchy of computer systems includes: hardware layer, operating system layer, system program layer, and application layer. The hardware layer provides basic computable resources, including processors, registers, memory, and various I/O facilities and devices, which are the basis for the work of operating systems and upper-level software.
The hierarchy of computer systems includes: hardware layer, operating system layer, system program layer, and application layer. The hardware layer provides basic computability resources, including processors, registers, memory, and various I/O facilities and devices, which are the basis for the work of operating systems and upper-level software.
Computer software systems can usually be divided into the following levels: Application software layer: Application software layer is software directly used by users, including various office software, games, browsers, audio and video software, etc.The hierarchy of computer systems includes: hardware layer, operating system layer, system program layer and application layer.
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1. The hierarchy of the life system from large to small are biosphere, ecosystem, community, population, individual, system, organ, tissue , cells.Next, let's take a look at the specific content.
2. Ecosystem: a unified whole formed by the interaction between the biome and its inorganic environment. The biosphere: a unified whole composed of all the creatures on the earth and the inorganic environment in which these creatures live. It is also the largest life system on earth. Notes: All levels of the life system are a unified whole that depends on each other.
3, 4) System: The system is composed of multiple organs that can perform one or several physiological functions together in a certain order.
4. Structural hierarchy of the life system 1 Cells: Cells are the basic structure and functional units of organisms, as well as the most basic life system.
5. The nine levels of the life system include: molecular level, cell waterFlat, tissue level, organ level, individual level, population level, species level, ecosystem level and biosphere level. Molecular level In the molecular level, the basic units of the life system are molecules, such as DNA and proteins.
1. The computer system is hierarchical, which is composed of multi-level hierarchy. The first level is the microprogram design level. This is a real hardware level, which directly executes microinstructions from the machine hardware. If an application is written directly with microinstructions, the application can be run at this level.
2. The hardware system is the innermost layer, which is the foundation and core of the whole computer system. In addition to the hardware, the system software provides users with a basic operation interface.The application software is in the outermost layer, providing users with an application system interface to solve specific problems. The rest of the layers outside the hardware system are usually called virtual machines.
3. Computer system hierarchy refers to the computer system composed of two major parts, hardware and software, and if further subdivided by function, it can be divided into 7 layers. DIVIDING COMPUTER SYSTEMS INTO MULTI-LEVEL HIERARCHICAL STRUCTURES ACCORDING TO FUNCTIONS IS CONDUCIVE TO CORRECTLY UNDERSTANDING THE WORKING PROCESS OF COMPUTER SYSTEMS AND CLARIFYING THE STATUS AND ROLE OF SOFTWARE AND HARDWARE IN COMPUTER SYSTEMS.
4. The hierarchical structure of the computer system includes: hardware layer, operating system layer, system program layer, and application layer. The hardware layer provides basic computability resources, including processors, registers, memory, and various I/O facilities and devices, which are the basis for the work of operating systems and upper-level software.
The hierarchical structure of the computer system is high-level language machine level, assembly language machine level, traditional machine language machine level, and microprogram machine level in order from high to low. The computer system is hierarchical, and it is composed of a multi-level hierarchical structure.
The hierarchy of computer systems includes: hardware layer, operating system layer, system program layer, and application layer. The hardware layer provides basic computable resources, including processors, registers, memory, and various I/O facilities and devices, which are the basis for the work of operating systems and upper-level software.
The hierarchy of computer systems includes: hardware layer, operating system layer, system program layer, and application layer. The hardware layer provides basic computability resources, including processors, registers, memory, and various I/O facilities and devices, which are the basis for the work of operating systems and upper-level software.
Computer software systems can usually be divided into the following levels: Application software layer: Application software layer is software directly used by users, including various office software, games, browsers, audio and video software, etc.The hierarchy of computer systems includes: hardware layer, operating system layer, system program layer and application layer.
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