Paging is a memory management scheme that requires contiguous allocation of physical memory, while segmentation allows the user's view of memory to be contiguous.

Paging is a memory management scheme that is only used in virtual memory systems, while segmentation is used in physical memory systems.

Paging is a memory management scheme that eliminates the need for contiguous allocation of physical memory, while segmentation allows the user's view of memory to be non-contiguous.

Paging is a memory management scheme that is not used in modern operating systems, while segmentation is the primary method of memory management.

Process scheduling is the method used by the operating system to manage and prioritize the execution of a single process. It is important in an operating system to ensure that only one process runs at a time.

Process scheduling is the method used by the operating system to manage and prioritize the execution of multiple processes. It is important in an operating system to ensure that processes never get interrupted.

Process scheduling is the method used by the operating system to manage and prioritize the execution of multiple processes. It is important in an operating system to ensure that processes always run in the same order.

Process scheduling is the method used by the operating system to manage and prioritize the execution of multiple processes. It is important in an operating system to ensure efficient utilization of CPU and other resources, as well as to provide fair access to the CPU for all processes.

Preemptive scheduling is used for single-core processors, while non-preemptive scheduling is used for multi-core processors.

Preemptive scheduling does not allow the operating system to interrupt a process, while non-preemptive scheduling allows frequent interruptions.

Preemptive scheduling allows the operating system to only interrupt a process after its completion, while non-preemptive scheduling interrupts a process in the middle of its execution.

Preemptive scheduling allows the operating system to interrupt a process in the middle of its execution, while non-preemptive scheduling does not.

Motherboard, power supply, and network interface card

Keyboard, monitor, printer, and scanner

Operating system, application software, and utilities

CPU, memory, input/output devices, and storage

It controls the temperature of the computer hardware to prevent overheating

It is responsible for creating backups of all the data in the computer

It coordinates the activities of the other hardware components and ensures that data is processed and moved correctly through the system.

It is in charge of managing the computer's internet connection

Virtual memory allows the operating system to use a section of the hard drive as if it were RAM, which helps to run more applications simultaneously and allows each application to use more memory than it would otherwise have access to.

Virtual memory is a type of memory that only exists in the virtual world, not in the physical world.

Virtual memory is a feature that allows the operating system to use the internet to access additional memory for running applications.

Virtual memory is a technology that allows the operating system to create virtual machines for running different applications.

Virtual memory can only run small programs efficiently

Virtual memory can provide more efficient memory management and allow for larger programs to run, but it can also lead to slower performance due to the need for constant swapping between physical and virtual memory.

Virtual memory has no impact on system performance

Virtual memory always leads to faster performance

Cooking meals, washing dishes, doing laundry

Managing resources, providing a user interface, facilitating communication, controlling and coordinating operations

Building furniture, gardening, painting

Playing music, watching movies, browsing the internet

The monolithic kernel has all operating system services in the kernel space, while the microkernel has only essential services in the kernel space and other services are in user space.

Both monolithic and microkernel have the same architecture and do not differ in terms of kernel space and user space.

The microkernel has all operating system services in the kernel space, while the monolithic kernel has only essential services in the kernel space.

The monolithic kernel has only essential services in the kernel space and other services are in user space.