ICT mock test free UGC NET - Test 2

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Welcome to UGCNetHub's free UGC NET Paper 1 ICT Mock Test – Test 2. This online practice test contains 15 multiple-choice questions focused on computer hardware and software — an important part of UGC NET Paper 1 Unit 8 (ICT).

The test covers important concepts including CPU components, memory, storage devices, input and output devices, operating systems, application software, system software, utility software and common computer terminology. Each question provides an instant explanation after you select an answer, helping you revise the concept behind every question.

UGC NET Paper 1 ICT Mock Test with Answers – Test 2
📌 Test Information
Subject: UGC NET Paper 1 – ICT
Unit: Unit 8 – Information and Communication Technology
Topic: Computer Hardware & Software
Questions: 15 MCQs
Maximum Marks: 30
Time: 15 minutes
Negative Marking: No
Result: Instant score with explanations

💡 Exam Tip: Hardware questions are often based on identifying the function of a component, while software questions frequently test distinctions such as system software vs application software and operating system vs utility software. Focus on the function of each term rather than memorising names in isolation.

⏱ Time Left: 15:00
Score: 0 / 15

Q1. Which component of a computer is primarily responsible for performing arithmetic and logical operations?

(a) Control Unit
(b) Arithmetic Logic Unit
(c) Memory Unit
(d) Input Unit
Explanation: The Arithmetic Logic Unit (ALU) is a major component of the CPU responsible for performing arithmetic operations such as addition and subtraction and logical operations such as comparisons.

Q2. Which component of the CPU directs and coordinates the activities of other components of the computer?

(a) ALU
(b) RAM
(c) Control Unit
(d) Hard Disk
Explanation: The Control Unit (CU) directs and coordinates the activities of the CPU and other components by controlling the execution of instructions.

Q3. Which of the following is a volatile form of computer memory?

(a) RAM
(b) ROM
(c) SSD
(d) CD-ROM
Explanation: RAM (Random Access Memory) is volatile memory, meaning that its contents are generally lost when the computer is powered off. It temporarily stores programs and data currently being used by the system.

Q4. Which type of memory retains its contents even when the computer is switched off and traditionally stores firmware or essential startup instructions?

(a) RAM
(b) Cache Memory
(c) Register
(d) ROM
Explanation: ROM (Read-Only Memory) is non-volatile memory that retains stored information even when power is removed. It has traditionally been used to store firmware and startup instructions.

Q5. Which memory is generally faster and closer to the CPU than main memory and is used to reduce the time required to access frequently used data?

(a) Secondary Memory
(b) Cache Memory
(c) Optical Disk
(d) Magnetic Tape
Explanation: Cache memory is high-speed memory located close to or integrated with the CPU. It stores frequently accessed data and instructions to reduce the average time required by the processor to access them.

Q6. Which of the following is an example of a secondary storage device?

(a) CPU Register
(b) Cache Memory
(c) Solid-State Drive
(d) RAM
Explanation: A Solid-State Drive (SSD) is a secondary storage device used for persistent storage of operating systems, applications and user data. Unlike RAM, its contents remain stored after the computer is switched off.

Q7. Which device is primarily used to convert a paper document or photograph into a digital image that can be processed by a computer?

(a) Scanner
(b) Plotter
(c) Projector
(d) Speaker
Explanation: A scanner is an input device that captures text, photographs or other physical material and converts it into a digital form that can be stored or processed by a computer.

Q8. Which device is primarily used to produce large, high-quality graphical drawings such as engineering designs and maps?

(a) Keyboard
(b) Scanner
(c) Joystick
(d) Plotter
Explanation: A plotter is an output device designed to produce precise, large-format drawings and graphics. It has traditionally been used for engineering drawings, architectural plans and maps.

Q9. Which of the following best describes system software?

(a) Software designed only for creating presentations
(b) Software used exclusively for editing photographs
(c) Software that manages computer resources and provides a platform for application programs
(d) Software used only for browsing websites
Explanation: System software manages computer hardware and provides the environment or platform required for application software to operate. Operating systems are the most important example.

Q10. Which of the following is an example of application software?

(a) Word processor
(b) Operating system
(c) Device driver
(d) BIOS firmware
Explanation: A word processor is application software because it is designed to perform a specific user-oriented task, such as creating, editing and formatting documents. Operating systems and device drivers are examples of system-level software.

Q11. Which of the following is the primary function of an operating system?

(a) To manufacture computer hardware
(b) To replace all application software
(c) To provide only internet connectivity
(d) To manage computer hardware and software resources and provide services to applications
Explanation: An operating system manages hardware and software resources and provides common services needed by application programs. Examples include Windows, Linux, macOS and Android.

Q12. Which type of software is primarily designed to perform maintenance, protection or optimisation tasks on a computer system?

(a) Presentation Software
(b) Utility Software
(c) Word Processing Software
(d) Database Application
Explanation: Utility software performs system maintenance, protection, management or optimisation tasks. Examples include backup utilities, disk-management tools and certain security utilities.

Q13. Which of the following is used to allow an operating system to communicate with and control a specific hardware device?

(a) Compiler
(b) Spreadsheet
(c) Device Driver
(d) Web Browser
Explanation: A device driver is software that enables the operating system to communicate with and control a particular hardware device, such as a printer, graphics card or network adapter.

Q14. Which language translator converts a high-level language program into machine code or another lower-level form, generally translating the program as a whole?

(a) Compiler
(b) Scanner
(c) Router
(d) Assembler
Explanation: A compiler translates a high-level program into machine code or another lower-level representation, generally processing the source program as a whole before execution. An assembler, in contrast, translates assembly language into machine code.

Q15. Which of the following correctly represents the general order from fastest/smallest-access storage close to the CPU toward larger, slower storage?

(a) Hard Disk → RAM → Cache → Registers
(b) RAM → Hard Disk → Registers → Cache
(c) Cache → Hard Disk → Registers → RAM
(d) Registers → Cache → RAM → Secondary Storage
Explanation: In the general computer memory hierarchy, registers are closest to the CPU and provide extremely fast access, followed by cache, then main memory (RAM), and finally secondary storage such as SSDs or hard drives. As we move down the hierarchy, capacity generally increases while access speed decreases.

What Does This UGC NET ICT Mock Test Cover?

This second ICT practice test focuses specifically on Computer Hardware and Software. The questions cover the basic architecture of a computer system, memory hierarchy, storage devices, input and output devices, operating systems, application software, utility software, device drivers and language translators.

Topic Questions
CPU & Computer Components Q1–Q2
Memory & Storage Q3–Q6, Q15
Input & Output Devices Q7–Q8
System & Application Software Q9–Q11
Utility Software & Device Drivers Q12–Q13
Language Translators Q14

Important Computer Hardware & Software Concepts to Revise

1. CPU, ALU and Control Unit

The Central Processing Unit (CPU) is responsible for executing instructions and processing data. Two traditionally described functional components of the CPU are the Arithmetic Logic Unit (ALU) and the Control Unit (CU).

ALU → Performs arithmetic and logical operations.

Control Unit → Directs and coordinates the execution of instructions.

Memory trick: ALU = Calculate & Compare; CU = Control & Coordinate.

2. RAM vs ROM

Feature RAM ROM
Full Form Random Access Memory Read-Only Memory
Volatility Volatile Non-volatile
Primary Role Temporarily holds active programs and data Traditionally stores firmware/startup instructions
Data after power-off Generally lost Retained

3. Memory Hierarchy

Computer memory is organised into a hierarchy based on factors such as speed, cost and capacity. The general order from the fastest and closest to the CPU toward larger and relatively slower storage is:

Registers → Cache → RAM → Secondary Storage

As you move down this hierarchy, storage capacity generally increases while access speed decreases.

4. Primary vs Secondary Storage

Primary memory is directly accessible by the CPU and includes main memory such as RAM. Secondary storage provides persistent storage for programs and data and includes devices such as SSDs and hard disk drives.

Exam shortcut: RAM is temporary working memory; SSD/HDD provides persistent storage.

5. Input and Output Devices

An input device is used to enter data or instructions into a computer. Examples include keyboard, mouse, scanner and microphone.

An output device presents processed information to the user. Examples include monitor, printer, speaker and projector.

Device Category Main Function
Keyboard Input Enters text and commands
Scanner Input Converts physical material into digital form
Monitor Output Displays visual information
Printer Output Produces printed output
Plotter Output Produces large-format technical drawings and graphics

6. System Software vs Application Software

This distinction is frequently tested in computer fundamentals questions.

System Software Application Software
Manages hardware and system resources Performs specific tasks for users
Provides a platform for applications Runs on top of system software
Operating system, device drivers Word processor, spreadsheet, presentation software

Easy rule: System software helps the computer operate; application software helps the user perform a task.

7. Operating System

An operating system (OS) is system software that manages computer hardware and software resources and provides common services for application programs.

Important functions include:

  • Process management
  • Memory management
  • File management
  • Device management
  • User interface
  • Security and access control

Examples include Windows, Linux, macOS, Android and iOS.

8. Utility Software

Utility software is designed to perform maintenance, protection, management or optimisation tasks on a computer system.

Examples include:

  • Backup utilities
  • Disk management tools
  • File compression utilities
  • System diagnostic tools
  • Security utilities

9. Device Drivers

A device driver is specialised system software that allows an operating system to communicate with and control a hardware device.

For example, a printer driver allows the operating system and applications to communicate correctly with a particular printer.

10. Compiler and Assembler

A compiler translates a high-level programming language into machine code or another lower-level representation. An assembler translates assembly language into machine code.

Remember: High-level language → Compiler | Assembly language → Assembler.

How to Analyse Your ICT Mock Test Score

Use your score as a diagnostic indicator rather than as a prediction of your final UGC NET performance.

Score Performance Recommended Action
26–30 Excellent Move to a more challenging ICT test and revise difficult concepts.
20–24 Good Review incorrect answers and continue with the next test.
14–18 Needs Improvement Revise hardware, memory and software fundamentals.
0–12 Needs Strong Revision Study basic computer fundamentals before attempting another test.

How to Prepare Computer Hardware & Software for UGC NET

Do not try to memorise computer terminology as a random list. Group related concepts together.

Memory: RAM → ROM → Cache → Registers → Secondary Storage

Software: System Software → Operating System → Device Drivers → Utility Software → Application Software

Processing: CPU → Control Unit + ALU

This grouping method makes it easier to recall the relationships between concepts when solving multiple-choice questions.

Common Mistakes in ICT Hardware & Software Questions

  • Confusing RAM with ROM.
  • Considering SSD a type of primary memory.
  • Confusing cache memory with secondary storage.
  • Considering the operating system to be application software.
  • Confusing a device driver with an application.
  • Confusing compiler and assembler.
  • Assuming every software program is application software.
  • Memorising device names without learning their functions.

Frequently Asked Questions – UGC NET ICT Test 2

What is covered in UGC NET ICT Mock Test 2?

This test focuses on computer hardware and software, including CPU components, RAM, ROM, cache, storage devices, input and output devices, operating systems, application software, utility software, device drivers and language translators.

How many questions are there in ICT Test 2?

There are 15 multiple-choice questions, with a maximum possible score of 30 marks.

Is this an official UGC NET previous-year paper?

No. Unless specifically identified and independently verified as a previous-year question, the questions in this test are UGC NET-style practice questions created for revision and exam preparation.

What should I study before attempting this test?

Revise basic computer architecture, CPU components, memory types, storage devices, input/output devices, system software, application software, operating systems, utility software and device drivers.

Is computer hardware and software important for UGC NET Paper 1 ICT?

Computer fundamentals form an important part of ICT preparation. Candidates should understand basic hardware, software, memory, storage, operating systems and related terminology alongside networking and digital initiatives.

Continue Your UGC NET Paper 1 ICT Preparation

This is ICT Mock Test 2 – Computer Hardware & Software. Continue with the next practice tests to cover additional Unit 8 topics and progressively improve your ICT preparation.

👉 UGC NET Paper 1 ICT Mock Test – Test 1: Internet, Networking & Digital Initiatives

👉 UGC NET Paper 1 Unit 8 ICT – Complete Notes

Explore More UGC NET Paper 1 Mock Tests

Prepare Smarter with UGCNetHub

UGCNetHub provides free UGC NET Paper 1 study material, topic-wise MCQs, previous-year question practice and online mock tests to help aspirants build conceptual understanding and improve exam-solving speed.

For effective preparation, combine concept-based study + verified PYQs + topic-wise MCQs + timed mock tests. Use every incorrect answer as an opportunity to identify and strengthen a specific weak area.

📚 Recommended Study Path

Learn the concept → Solve verified PYQs → Attempt topic-wise MCQs → Analyse mistakes → Take timed mock tests → Revise weak areas → Repeat.

Disclaimer: This is an educational practice test created for UGC NET Paper 1 preparation. Questions not specifically identified as previous-year questions are original practice questions based on relevant ICT concepts. Candidates should refer to the latest official NTA/UGC syllabus and examination notification for the most current examination information.

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