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Software Basics & Operating Systems

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Q. Which file system is commonly used in UNIX-like operating systems?
  • A. FAT32
  • B. NTFS
  • C. ext4
  • D. HFS+
Q. Which file system is known for its journaling capability?
  • A. FAT32
  • B. NTFS
  • C. ext4
  • D. HFS+
Q. Which file system is known for its journaling feature?
  • A. FAT32
  • B. NTFS
  • C. ext4
  • D. HFS+
Q. Which file system structure allows for efficient storage and retrieval of files?
  • A. Linked list
  • B. Binary tree
  • C. Hash table
  • D. Inode table
Q. Which file system structure is used to store metadata about files?
  • A. Inode
  • B. Block
  • C. Directory
  • D. File Allocation Table
Q. Which memory management technique allows for non-contiguous memory allocation?
  • A. Paging
  • B. Segmentation
  • C. Contiguous allocation
  • D. Swapping
Q. Which memory management technique allows processes to be loaded into non-contiguous memory?
  • A. Paging
  • B. Segmentation
  • C. Contiguous allocation
  • D. Swapping
Q. Which memory management technique allows processes to be loaded into non-contiguous memory spaces?
  • A. Paging
  • B. Segmentation
  • C. Contiguous allocation
  • D. Swapping
Q. Which of the following is a characteristic of a real-time operating system? (2020)
  • A. High throughput
  • B. Deterministic response time
  • C. User-friendly interface
  • D. Multi-user support
Q. Which of the following is a characteristic of threads?
  • A. Threads share the same memory space
  • B. Threads cannot communicate with each other
  • C. Threads are heavier than processes
  • D. Threads require separate memory allocation
Q. Which of the following is a command-line interface?
  • A. Windows Explorer
  • B. Terminal
  • C. Task Manager
  • D. Control Panel
Q. Which of the following is a common cause of a deadlock?
  • A. Resource starvation
  • B. Circular wait
  • C. Preemption
  • D. Resource sharing
Q. Which of the following is a common method for inter-process communication?
  • A. Mutexes
  • B. Semaphores
  • C. Pipes
  • D. All of the above
Q. Which of the following is a common method for preventing deadlocks?
  • A. Resource allocation graph
  • B. Banker's algorithm
  • C. Priority inversion
  • D. Starvation
Q. Which of the following is a common method to prevent deadlocks?
  • A. Resource allocation graph
  • B. Priority scheduling
  • C. Thread pooling
  • D. Memory paging
Q. Which of the following is a condition for a deadlock to occur?
  • A. Mutual exclusion
  • B. Preemption
  • C. Circular wait
  • D. Resource allocation
Q. Which of the following is a function of system software? (2019)
  • A. Word processing
  • B. Database management
  • C. File management
  • D. Web browsing
Q. Which of the following is a real-time operating system?
  • A. Windows 10
  • B. Linux
  • C. RTOS
  • D. macOS
Q. Which of the following is an example of open-source software? (2021)
  • A. Windows 10
  • B. macOS
  • C. Linux
  • D. Adobe Photoshop
Q. Which of the following is an example of system software?
  • A. Microsoft Excel
  • B. Windows
  • C. Mozilla Firefox
  • D. Photoshop
Q. Which of the following is an operating system?
  • A. Microsoft Word
  • B. Linux
  • C. Adobe Photoshop
  • D. Google Chrome
Q. Which of the following is NOT a characteristic of a process?
  • A. It has its own memory space
  • B. It can be divided into threads
  • C. It is independent of other processes
  • D. It can be created by another process
Q. Which of the following is NOT a characteristic of a thread?
  • A. Shares memory space with other threads
  • B. Has its own stack
  • C. Is heavier than a process
  • D. Can run concurrently with other threads
Q. Which of the following is NOT a function of an operating system?
  • A. Memory management
  • B. Process scheduling
  • C. Word processing
  • D. Device management
Q. Which of the following is NOT a method of synchronization?
  • A. Mutexes
  • B. Semaphores
  • C. Condition Variables
  • D. File Systems
Q. Which of the following is NOT a type of deadlock prevention technique?
  • A. Resource ordering
  • B. Hold and wait
  • C. Preemption
  • D. Avoidance
Q. Which scheduling algorithm allocates CPU time based on the shortest job first?
  • A. Round Robin
  • B. First-Come, First-Served
  • C. Shortest Job Next
  • D. Priority Scheduling
Q. Which scheduling algorithm allocates CPU time based on the shortest remaining time?
  • A. First-Come, First-Served
  • B. Round Robin
  • C. Shortest Job First
  • D. Priority Scheduling
Q. Which scheduling algorithm is based on the shortest job first principle?
  • A. Round Robin
  • B. First-Come, First-Served
  • C. Shortest Job Next
  • D. Priority Scheduling
Q. Which scheduling algorithm is designed to give each process a fair share of CPU time?
  • A. First-Come, First-Served
  • B. Round Robin
  • C. Shortest Job First
  • D. Priority Scheduling
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Software Basics & Operating Systems MCQ & Objective Questions

Understanding Software Basics & Operating Systems is crucial for students preparing for various school and competitive exams. Mastering these concepts not only enhances your knowledge but also boosts your confidence in tackling MCQs and objective questions. Practicing these important questions can significantly improve your exam scores and overall performance.

What You Will Practise Here

  • Fundamentals of software and its types
  • Operating system functions and types
  • Key concepts of system software vs application software
  • Understanding user interfaces and their importance
  • Basic commands and operations in popular operating systems
  • Memory management and file systems
  • Common software applications and their uses

Exam Relevance

Software Basics & Operating Systems is a significant topic in CBSE, State Boards, and various competitive exams like NEET and JEE. Questions often focus on definitions, functions, and comparisons between different types of software and operating systems. Students can expect MCQs that test their understanding of key concepts, making it essential to grasp these topics thoroughly.

Common Mistakes Students Make

  • Confusing system software with application software
  • Misunderstanding the roles of different operating systems
  • Overlooking the importance of user interfaces
  • Neglecting memory management concepts
  • Failing to recognize the significance of software applications in daily tasks

FAQs

Question: What are the main types of operating systems?
Answer: The main types of operating systems include batch, time-sharing, distributed, and real-time operating systems.

Question: How can I improve my understanding of software basics?
Answer: Regularly practicing MCQs and reviewing key concepts will enhance your understanding and retention of software basics.

Now is the time to take charge of your exam preparation! Dive into our practice MCQs on Software Basics & Operating Systems and test your understanding to achieve your academic goals.

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