Operating Systems Quiz: A Comprehensive Test
Posted on Nov 28, 2024 in Computers
Operating Systems Quiz
1. The operating system…
- manages all hardware resources of the computer system.
- manages all resources of the computer system software.
- is the basic software of the computer.
- All of the above.
2. In general, services are used for programs and applications…?
- Start.
- Stop.
- Resume.
- All of the above.
3. In general, services are used in…
- local and remote computers.
- local teams.
- remote computers.
- None of the above.
4. Which of the following statements is correct for the memory manager?
- reserve memory space for new processes.
- free space of completed processes.
- All of the above are correct.
- None of the above is correct.
5. Which of the following are functions of an OS?
- Control, management, and administration of peripherals.
- Control, management, and user management.
- Control and management of security against intrusion or viruses.
- All of the above.
6. How many levels exist in an OS?
- One
- Two
- Three
- Four
9. Which of the following statements is correct?
- The more processes are met, the slower it will assess their performance.
- The fewer processes are met, the slower it will assess their performance.
- The more processes are served, the faster they will appreciate its performance.
- None of the statements is correct.
10. How many ways can you exploit an OS?
- One
- Two
- Three
- Four
11. At what level involves the following definition? It is responsible for performing each process of communication between the system and the user.
- Core
- Supervisor
- User
- Executive
12. Which of the following statements is correct?
- An OS is the intermediary between the controller and the physical part of the computer and software.
- A SO is the intermediary between the physical part of the computer, software, and user.
- An OS is the intermediary between the controller and the physical part of the computer and the user.
- An OS is the intermediary between the controller and the physical part of the computer, software, and user.
13. How does SMP work?
- The OS will use the power of processors differently.
- The OS allocates tasks to each processor based on the computer system’s needs.
- The OS will use the power of processors equally.
- The OS divides the tasks they are performing to the same processor.
14. What are pages or frames?
- They are the pieces that divide the processes.
- They are the pieces that divide the OS.
- Equal-sized pieces that divide the processes.
- Pieces that fall applications.
16. Is it right that the memory manager is responsible for managing the exchange of data between memory and disk?
- Yes, always.
- Yes, in large processes.
- No.
- None of the above.
17. How are most common OS?
- Open and segmented.
- Closed and segmented.
- Open and unsegmented.
- Closed and unsegmented.
18. Which of the following is the type of process that is currently used to exploit an OS?
- Lots
- Groups
- Real Time
- Virtual time
20. How many groups can memory management systems be classified into?
- No rating.
- Two.
- Three.
- Four.
21. At what level involves the following definition? It stores the processes’ pages, both in main memory and on disk.
- Core.
- Supervisor.
- User.
- Executive.
23. Which of the following responses corresponds to the following definition? They can be loaded into memory, and more than one process can be running, apparently, more than one at a time.
- Pseudomultiusuario.
- Pseudomonotarea.
- Pseudomonousuario.
- Pseudomultitarea.
24. For what services can be used?
- Implement programs.
- Log input/output.
- Access to information in a controlled manner.
- All of the above.
25. What is the greatest difficulty in the design with fixed partitions of memory?
- The selection of the type of memory.
- The selection of the memory capacity.
- The selection of partition sizes.
- None of the above.
26. What do we call the means of communication between hardware and software through the OS?
- Interface.
- Driver.
- Controller.
- Program.
27. What is the role of the memory manager?
- Keep a log of memory parts being used.
- Keep records of the parts of memory that are not being used.
- Keep a log of memory parts being used and which are not.
- Keep a log of memory parts that are damaged.
30. Which of the following is not a feature of the Linux OS?
- Multiuser.
- Multiprocessor.
- Real Time.
- Multitasking.
31. What is a process?
- Number of programs that can be installed on your computer.
- Number of programs that can run simultaneously on your computer.
- Number of applications that can remove the computer.
- Number of programs that can be installed simultaneously on the computer.
32. How could the fragmentation of memory occur?
- Internal.
- External.
- All of the above.
- None of the above.
33. Which of the following are functions of an OS?
- Monitoring and program implementation.
- Process Control.
- Control system errors and application.
- All of the above.
35. How do you define a process?
- A user at any time.
- An operating system installed.
- An application installed.
- A running program.
37. What is SMP?
- Symmetric multiprocessing.
- Asymmetric multiprocessing.
- Symmetric uniprocessor.
- Asymmetric uniprocessor.
38. What is the interface?
- Means of communication of the user.
- Means of communication between user and computer.
- Media team.
- None of the above.
39. Operating systems can be classified as?
- Somo and sumo.
- Single-tasking and somo.
- Multitasking and sumo.
- All of the above.
40. Which of the following levels is included in a virtual machine?
- Core.
- Supervisor.
- Executive.
- All of the above.
43. How does MPA work?
- The OS will use the power of processors differently.
- The OS allocates tasks to each processor based on the computer system’s needs.
- The OS will use the power of processors equally.
- The OS divides the tasks they are performing to the same processor.
44. What is AMP?
- Symmetric multiprocessing.
- Asymmetric multiprocessing.
- Symmetric uniprocessor.
- Asymmetric uniprocessor.
45. How is the hierarchy of the OS at three levels?
- Applications, operating systems, and hardware.
- Applications, users, and hardware.
- Networks, operating systems, and hardware.
- Applications, operating system, and users.