3.1.1 - Introduction to IT.

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• A) Systematic knowledge and action applied to industrial processes
• B) The study of historical developments
• C) A way to perform a specific task
• D) The application of arts and sciences

• A) Enhancing existing activities, enabling new tasks, transforming lifestyles
• B) Creating new technologies, improving design, optimizing processes
• C) Increasing productivity, reducing costs, expanding markets
• D) Automating processes, generating reports, supporting decision-making

• A) Acquisition, processing, storage, and dissemination of information
• B) Only information transmission
• C) Information handling without the use of computers
• D) Traditional media only

• A) Macmillan Dictionary
• B) UNESCO
• C) Historical Perspective
• D) Modern IT

• A) Record keeping and periodic report generation
• B) Advanced data analysis and decision support
• C) Graphical presentation and trend analysis
• D) Interconnected business processes and workflow management

• A) Facilitate problem-specific decision-making
• B) Provide daily management summaries
• C) Oversee critical business processes
• D) Automate document management

• A) Senior managers
• B) IT support staff
• C) Production workers
• D) Customers

• A) Increase operational efficiency
• B) Provide expert advice
• C) Handle workflow and document management
• D) Support decision-making with complex data analysis

• A) Workflow System
• B) Decision Support System
• C) Enterprise Resource Planning
• D) Expert System

• A) Oversees critical business processes across locations
• B) Supports decision-making with advanced data tools
• C) Manages transaction processing and record keeping
• D) Provides graphical presentations for executives

• A) Offer expertise in a specific topic
• B) Manage workflow processes
• C) Record transactions and maintain records
• D) Support executive decision-making

• A) Development from hieroglyphics to modern computing
• B) Only modern electronic advancements
• C) The study of ancient communication methods
• D) A focus on current technologies only

• A) Information formulation and recording
• B) Diverse forms of information representation
• C) Traditional media like books and print
• D) Only micro-electronics-based computing

• A) Executive Information System (EIS)
• B) Decision Support System (DSS)
• C) Management Information System (MIS)
• D) Workflow System

• A) Administrative Workflow System
• B) Production Workflow System
• C) Ad-hoc Workflow System
• D) Decision Support System

• A) Overseeing critical business processes
• B) Providing advanced data analysis tools
• C) Managing transactional records
• D) Integrating various business functions

• A) Workflow System
• B) Decision Support System (DSS)
• C) Management Information System (MIS)
• D) Expert System

• A) The convergence of computers, micro-electronics, and communications
• B) Only the use of computers in information handling
• C) Traditional media and reprography
• D) The impact of historical developments on IT

• A) To support and enhance decision-making processes
• B) To automate routine tasks
• C) To manage everyday operational data
• D) To handle document management

• A) Record keeping and periodic report generation
• B) Advanced data analysis and decision support
• C) Graphical presentation of data
• D) Strategic business planning

3.1.2 - Need of IT.

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• A) Labour costs decrease
• B) Computer costs decrease
• C) Better and more powerful computers can be purchased for the same amount of money
• D) Computer costs increase

• A) Manufacturing
• B) Sales and Marketing
• C) Finance and Accounting
• D) Project Management

• A) It has led to the development of computer-aided design and manufacturing
• B) It has decreased the use of computers in production
• C) It has simplified manual inventory management
• D) It has eliminated the need for computer-integrated manufacturing

• A) Computer-aided design
• B) Human Resource Management systems
• C) Computer-integrated manufacturing
• D) Sales and Marketing software

• A) Automates production processes
• B) Manages financial resources
• C) Establishes deadlines, promotes communication, and tracks progress
• D) Screens job candidates

• A) Automation of routine tasks
• B) Data management and analysis
• C) Global communication
• D) Security and surveillance

• A) Improved physical security
• B) Instant communication and collaboration across the globe
• C) Reduced need for data analysis
• D) Decreased educational resources

• A) Education
• B) Sales and Marketing
• C) Healthcare
• D) Finance and Accounting

• A) By reducing the need for educational resources
• B) By supporting green technologies and data analysis for climate change research
• C) By managing project deadlines
• D) By enhancing traditional manufacturing processes

• A) E-government initiatives
• B) Data management systems
• C) Human Resource Management systems
• D) Computer-integrated manufacturing

• A) Data management
• B) Cybersecurity and surveillance systems
• C) Educational technologies
• D) Project management tools

• A) By limiting access to educational resources
• B) By providing access to vast resources and enabling remote learning
• C) By decreasing the number of research projects
• D) By focusing solely on computational technologies

• A) By reducing communication channels
• B) By enabling the development of new products and services
• C) By increasing manual data processing
• D) By limiting access to new markets

• A) It limits cultural exchange
• B) It facilitates cultural exchange and social movements
• C) It reduces social interactions
• D) It restricts information sharing

3.1.3 - Applications of IT.

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• A) Education
• B) Transportation
• C) Healthcare
• D) Entertainment

• A) Telehealth
• B) Cloud
• C) E-prescriptions
• D) Virtual charts

• A) E-governance
• B) Telehealth
• C) Cloud-based consultation
• D) Virtual reality

• A) Online ranking systems
• B) E-bookshelves
• C) Virtual reality
• D) Cloud services

• A) Telemedicine
• B) Autonomous cars
• C) Online ranking systems
• D) Facial recognition

• A) Communications
• B) Healthcare
• C) Entertainment
• D) Finance

• A) Data scientist
• B) Doctor
• C) Farmer
• D) Mechanic

• A) Cloud storage
• B) GPS
• C) Passwords and facial recognition
• D) E-prescriptions

• A) Telehealth
• B) E-governance
• C) Cloud computing
• D) Online banking

• A) Through faster data transmission
• B) By providing e-bookshelves
• C) By offering virtual and augmented reality experiences
• D) Through telehealth services

• A) Cloud computing
• B) GPS
• C) Virtual reality
• D) Data analytics

• A) Virtual charts
• B) E-prescriptions
• C) Online banking
• D) Ride-sharing services

• A) Virtual reality
• B) Cloud computing
• C) E-governance
• D) Online ranking systems

• A) Healthcare
• B) Transportation
• C) Education
• D) Security

• A) GPS technology
• B) Online banking
• C) Investment services like Robinhood and Acorns
• D) Cloud services

3.1.4 - Introduction to Information Storage and Processing.

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• A) Enhanced data processing capabilities
• B) Reduced cost of digital storage
• C) Affordable and quicker communication technology
• D) All of the above

• A) Data that is organized in a strictly specified format
• B) Data that lacks a specific format
• C) Data that is not used for business applications
• D) Data that is only available in physical formats

• A) Direct-attached storage (DAS)
• B) Network-attached storage (NAS)
• C) Storage area network (SAN)
• D) Internet Protocol Storage Area Network (IP-SAN)

• A) Data organized in rows and columns
• B) Data that is not organized into a predefined format
• C) Data stored in databases
• D) Data that is easy to retrieve using business applications

• A) Application
• B) Database
• C) Network
• D) Web browser

• A) To increase the cost of data storage
• B) To optimize storage infrastructure based on the value of information
• C) To store data in physical formats only
• D) To prevent data from being accessed by users

• A) Availability
• B) Security
• C) Data integrity
• D) Scalability

• A) Storage area network (SAN)
• B) Direct-attached storage (DAS)
• C) Network-attached storage (NAS)
• D) Internet Protocol Storage Area Network (IP-SAN)

• A) The increase in physical data storage devices
• B) The rapid rise of data due to cheaper and simpler methods of data creation and storage
• C) The reduction in data creation rates
• D) The decrease in digital storage costs

• A) High manual intervention
• B) Limited capacity
• C) Poor performance
• D) Scalability

• A) Direct-attached storage (DAS)
• B) Network-attached storage (NAS)
• C) Internet Protocol Storage Area Network (IP-SAN)
• D) Storage area network (SAN)

• A) Database
• B) Application
• C) Network
• D) Storage array

• A) The ability to store data at low cost
• B) The assurance that data is accessible when needed
• C) The speed of data processing
• D) The physical size of storage devices

• A) Structured data
• B) Digital data
• C) Unstructured data
• D) Processed data

• A) The physical storage of data
• B) The changing value of information over time
• C) The method of data encryption
• D) The speed of data transfer

3.1.5 - Internet: WWW.

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• A) A single network
• B) An aggregated collection of interconnected networks
• C) A local area network
• D) A commercial network

• A) NSFNET
• B) ERNET
• C) T-1
• D) Cable modem

• A) Commercial network
• B) Local network
• C) Regional network
• D) Backbone network

• A) To connect local area networks
• B) To facilitate subscriber access to backbones
• C) To serve as backbones for the Internet
• D) To provide internal communication within universities

• A) Modem
• B) Gateway
• C) Router
• D) Switch

• A) IP addresses
• B) Routing tables
• C) Domain names
• D) MAC addresses

• A) Hypertext Transfer Protocol (HTTP)
• B) File Transfer Protocol (FTP)
• C) Transmission Control Protocol/Internet Protocol (TCP/IP)
• D) Simple Mail Transfer Protocol (SMTP)

• A) Vint Cerf and Bob Kahn
• B) Tim Berners-Lee
• C) Marc Andreessen
• D) Robert Metcalfe

• A) It was the first commercial network
• B) It introduced the first packet-switching network
• C) It developed the World Wide Web
• D) It created the first modem

• A) A network access point for data transfer
• B) A location where users access an ISP’s network
• C) A type of data packet
• D) A central office of a telephone company

• A) To provide high-speed internet connections
• B) To connect different ISP networks for data transfer
• C) To distribute IP addresses to users
• D) To offer email services

• A) To connect a user’s home to the central office of an ISP
• B) To route data packets across the Internet
• C) To manage data security and encryption
• D) To connect different networks within a city

• A) DSL
• B) Satellite
• C) Cable TV
• D) Dial-up

• A) It routes data packets across the Internet
• B) It provides security services to protect the network
• C) It connects users to their ISPs
• D) It manages IP address assignments

• A) It connects local area networks within an organization
• B) It forwards data packets from source to destination
• C) It provides wireless access to the Internet
• D) It stores and retrieves web content

• A) To develop new Internet protocols
• B) To offer Internet access and related services
• C) To create and manage web content
• D) To provide local network security

• A) A network connecting multiple cities
• B) A network used for connecting large geographic regions
• C) A network limited to a specific geographical area such as an office or campus
• D) A network providing global Internet access

• A) Network Access Point (NAP)
• B) Point of Presence (POP)
• C) Local loop
• D) Backbone

• A) To connect multiple local networks
• B) To provide high-speed data transmission over long distances
• C) To convert digital data into analog signals and vice versa
• D) To manage data security and access control

• A) Dial-up modem
• B) DSL
• C) Cable modem
• D) Satellite

• A) To manage network connections
• B) To generate requests for and display HTML pages
• C) To transfer files between computers
• D) To control internet protocols

• A) FTP
• B) TCP
• C) HTTP
• D) Telnet

• A) Mozilla Firefox and Microsoft Internet Explorer
• B) Opera and Mosaic
• C) Cello and Lynx
• D) Safari and Edge

• A) To ensure secure data transmission
• B) To split and reassemble data packets
• C) To convert digital data to analog signals
• D) To transfer files between different servers

• A) TCP
• B) IP
• C) HTTP
• D) FTP

• A) HyperText Transfer Protocol
• B) Hyper Transfer Text Protocol
• C) HyperText Technical Protocol
• D) Hyper Transfer Technical Protocol

• A) File Transfer Protocol
• B) Fast Transfer Protocol
• C) Fixed Transfer Protocol
• D) Free Transfer Protocol

• A) HTTP
• B) FTP
• C) Telnet
• D) TCP

• A) To transfer files across the Internet
• B) To identify each computer on the Internet uniquely
• C) To request web pages from a server
• D) To establish a remote login session

• A) 256.100.50.25
• B) 192.168.1.1
• C) 300.0.0.1
• D) 10.10.10.256

• A) Domain Name System
• B) Domain Name Service
• C) Digital Name System
• D) Digital Network Service

• A) To identify specific websites or resources
• B) To encode data for transmission
• C) To manage network traffic
• D) To handle data encryption

• A) Top Level Domain
• B) Root
• C) Subdomain
• D) Branch

• A) A top-level domain
• B) A domain that is below the root domain
• C) A domain under another domain
• D) A domain used for file transfer

• A) Direct Connection
• B) Satellite Dial-up
• C) DSL
• D) Cable Modems

• A) A USB port
• B) A modem
• C) A LAN card
• D) A digital camera

• A) DSL
• B) Cable Modem
• C) Direct Connection
• D) Remote Dial-up

• A) Internet access and related services
• B) Hardware for network connections
• C) Web browser software
• D) Protocols for data transfer

• A) An operating system
• B) A web browser
• C) A file transfer protocol
• D) A network router

• A) To encrypt data packets
• B) To assign IP addresses to domains
• C) To maintain a hierarchical structure of domain names
• D) To transfer files between computers

3.1.6 - Types of Software.

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• A) To perform specific tasks as directed by the user
• B) To provide graphical interfaces for applications
• C) To create multimedia content for user interaction
• D) To manage and control the operation of a computer system

• A) Microsoft Word
• B) Adobe Photoshop
• C) Windows XP
• D) Google Chrome

• A) Data security and file organization
• B) Application software and utility programs
• C) Hardware resources and system functions
• D) Network connectivity and communication

• A) Assembler
• B) Interpreter
• C) Compiler
• D) Utility Program

• A) Manages computer resources
• B) Translates programming languages
• C) Handles maintenance and security tasks
• D) Provides an interface for hardware interaction

• A) Converts high-level languages into machine code
• B) Translates assembly language into binary code
• C) Debugs errors in a high-level language program
• D) Manages system resources and file systems

• A) Resource management
• B) File management
• C) Disc management
• D) Data creation and manipulation

• A) Translates the entire program at once
• B) Translates one line of code at a time
• C) Checks for syntax errors and provides debugging
• D) Converts high-level languages to assembly language

• A) Software that manages hardware resources
• B) Software designed to perform specific tasks for users
• C) Software that translates programming languages
• D) Software that handles system maintenance tasks

• A) They manage and control hardware resources
• B) They are used to convert programming languages
• C) They perform maintenance-related activities for data or hardware
• D) They provide user interfaces for software applications

• A) Word Processor
• B) Spreadsheet Software
• C) Operating System
• D) Graphics Software

• A) Manages user applications
• B) Controls memory allocation and hardware interaction
• C) Provides security against external threats
• D) Translates high-level languages into machine code

• A) Executes code line by line and translates it to machine language
• B) Scans the entire program and translates it into machine code
• C) Converts assembly language into machine language
• D) Manages the execution of multiple tasks simultaneously

• A) Interpreter
• B) Assembler
• C) Compiler
• D) Utility Program

• A) Translates entire programs before execution
• B) Translates code line by line during execution
• C) Provides debugging for compiled code
• D) Manages system resources efficiently

• A) Utility Program
• B) Translator
• C) Operating System
• D) Application Software

3.1.7 - Information Systems.

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3.1.8 - Business Data Processing.

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