Linux system is composed of several key components which include:

1. Kernel: This is the core part of the system and is responsible for controlling the computer's hardware. It manages system resources like memory, CPU, and disk space, and allows the software to interact with the hardware.

2. Shell: This is the interface through which users interact with the kernel. It interprets the commands entered by the user and sends them to the kernel for execution.

3. System Libraries: These are special functions or programs using which application programs or system utilities access Kernel's features. These libraries implement most of the functionalities of the operating system and do not requires kernel module's code access rights.

4. System Utilities: These are the programs that perform individual, specialized control functions. Examples include utilities for handling files, directories, disk quotas, etc.

5. Hardware Layer: This is the physical layer of the system, consisting of the actual hardware components - CPU, disk drives, memory, etc.

6. File System: This is the way files are organized and stored on the system. Linux supports a variety of file systems such as ext3, ext4, xfs, btrfs, etc.

7. User Interface: This is the part of the system that the user interacts with. It can be either a command-line interface (CLI) or a graphical user interface (GUI).

8. Applications: These are the software programs that run on the Linux system. They could be system software or application software.

9. Daemons: These are background services (printing, scheduling, etc.) that either get started during booting or after you log into the desktop.

10. Network: Linux supports a variety of network protocols for communication between computers. It also provides various command-line tools to configure and monitor your network.

These components work together to form the Linux operating system.

Question

Linux system is composed of several key components which include:

1. Kernel: This is the core part of the system and is responsible for controlling the computer's hardware. It manages system resources like memory, CPU, and disk space, and allows the software to interact with the hardware.

2. Shell: This is the interface through which users interact with the kernel. It interprets the commands entered by the user and sends them to the kernel for execution.

3. System Libraries: These are special functions or programs using which application programs or system utilities access Kernel's features. These libraries implement most of the functionalities of the operating system and do not requires kernel module's code access rights.

4. System Utilities: These are the programs that perform individual, specialized control functions. Examples include utilities for handling files, directories, disk quotas, etc.

5. Hardware Layer: This is the physical layer of the system, consisting of the actual hardware components - CPU, disk drives, memory, etc.

6. File System: This is the way files are organized and stored on the system. Linux supports a variety of file systems such as ext3, ext4, xfs, btrfs, etc.

7. User Interface: This is the part of the system that the user interacts with. It can be either a command-line interface (CLI) or a graphical user interface (GUI).

8. Applications: These are the software programs that run on the Linux system. They could be system software or application software.

9. Daemons: These are background services (printing, scheduling, etc.) that either get started during booting or after you log into the desktop.

10. Network: Linux supports a variety of network protocols for communication between computers. It also provides various command-line tools to configure and monitor your network.

These components work together to form the Linux operating system.

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