UGC NET Questions (Paper – 1)

Statements A, C and D correctly describe teaching support systems and how they contribute to learning. A is true because libraries, laboratories and ICT tools provide structured resources that support instruction. C is true since these systems are most effective when thoughtfully planned into teaching–learning activities. D is true as resources like labs and simulations create concrete, experiential learning opportunities. B is wrong because support systems are designed for use by both teachers and learners, and E is wrong because mere availability does not guarantee appropriate or effective use. Hence the wrong statements are B and E only, making B and E only the correct combination.

Option A:
Option A singles out B as the only wrong statement and ignores E, which is also wrong. Hence B only cannot be accepted.

Option B:
Option B identifies only E as wrong and overlooks B. Hence E only cannot be accepted.

Option C:
Option C includes A (true) among wrong statements, so A, B and E only is invalid.

Option D:
Option D correctly groups B and E as wrong and leaves A, C and D as correct. Thus B and E only is the correct answer.

Option E includes D (true) among wrong statements, so B, D and E only cannot be chosen.

A spreadsheet program provides a grid of cells where users can input numbers, labels and formulas to analyse and visualise data. It supports functions, charts and data manipulation, making it central to quantitative tasks in education and research. Because of its sheet like structure, this type of application is called spreadsheet software.

Option A:
Option A is correct because spreadsheet is the established term in ICT for software dedicated to organising and computing with tabular data.

Option B:
Option B, word processing, focuses on creating and editing text documents rather than complex numerical analysis.

Option C:
Option C, desktop publishing, is used for designing page layouts for print materials and is distinct from data calculation tasks.

Option D:
Option D, web browsing, relates to accessing the internet rather than managing worksheets of data.

Presentation software is designed to help users create sequences of slides containing text, images, charts and multimedia for display to an audience. Features such as transitions, animations and speaker notes support effective oral communication. It is widely used in lectures, seminars and business meetings. Therefore the software mentioned in the stem is correctly classified as presentation software.

Option A:
Option A, spreadsheet, focuses on numerical analysis and tabular data rather than slide-based communication. While charts from spreadsheets can be inserted into presentations, the core purpose differs.

Option B:
Option B is correct because PowerPoint is a quintessential presentation tool, and the description of slide-based visual aids directly matches this category. Presentation software emphasises visual structure and delivery rather than raw data storage.

Option C:
Option C, image editing, refers to programs that manipulate pictures and graphics, which may be used inside slides but do not themselves manage slide sequences.

Option D:
Option D, antivirus, is security software and unrelated to designing visual presentations.

Voice over IP refers to methods and technologies for delivering voice communications over IP networks. It converts voice signals into digital packets, transmits them over the network and reconverts them at the destination. Services like internet calling and conferencing rely on VoIP. Therefore, Voice over IP is the correct term.

Option A:
Option A is correct because Voice over IP is the standard expansion of VoIP used in networking and communication literature.

Option B:
Option B, Video on Internet, would refer to video streaming rather than voice calling and is not the established acronym.

Option C:
Option C, Voice only Protocol, is not a recognised term and does not reflect the network oriented nature of VoIP.

Option D:
Option D, Virtual office Internet, describes a vague concept and not the specific technology for voice transmission.

Statements A, B and D correctly describe how video conferencing works, while statement C is false. Video conferencing connects participants who may be in different locations, using audio, video and network connectivity. Modern platforms support features such as screen sharing and document collaboration to enhance interaction. It is therefore incorrect to state that video conferencing demands physical co-presence, so A, B and D only form the correct set of statements.

Option A:
Option A is incorrect because it lists only A and B as correct, leaving out D. While A and B are true, statement D is also correct in highlighting collaboration features that are widely available in contemporary video conferencing tools. Omitting D makes this option incomplete.

Option B:
Option B is incorrect because it includes statement C along with A and B. Statement C contradicts the essential purpose of video conferencing, which is to allow interaction at a distance. Including this false statement invalidates the combination.

Option C:
Option C is incorrect because it groups B, C and D as correct. Although B and D are true, C is false and claims the opposite of what video conferencing is designed to achieve. A correct answer cannot contain that statement.

Option D:
Option D is correct because it brings together A, B and D while excluding C. It accurately captures the technical requirements, real-time nature and collaborative features of video conferencing, without assuming physical co-location.

Video conferencing technologies transmit live audio and video streams, allowing participants to see and hear one another instantly. This synchronous interaction enables immediate questions, clarification and feedback similar to face-to-face classrooms. Such rich communication can enhance engagement and social presence among remote learners. Thus the main advantage described in the stem is real-time audio visual interaction.

Option A:
Option A, exclusively asynchronous, describes situations where communication does not occur at the same time, such as emails or forum posts. This contradicts the live nature of video conferencing.

Option B:
Option B, purely written, might characterise text chats or discussion boards but does not capture the audio and visual richness that video conferencing offers.

Option C:
Option C is correct because video conferencing combines sound and images in real time, approximating physical classroom experiences and supporting dynamic interactions. This property is what distinguishes it from many other online tools.

Option D:
Option D, anonymous survey-based, refers to tools like online questionnaires where learners may not reveal their identity, which is not a defining feature of video conferencing.

A blog is a type of website or section where posts are added regularly, often reflecting personal views, educational resources or commentary on various topics. Entries are usually displayed with the most recent post first. Blogs use ICT to democratise publishing by making it easy for non specialists to share content online. Hence, the website described is a blog.

Option A:
Option A is correct because the structure of frequently updated posts in reverse chronological order is characteristic of blogs.

Option B:
Option B, wiki, is a collaborative site where users can collectively edit content, which has a different structure and purpose.

Option C:
Option C, portal, aggregates links and services, functioning as an entry point to various resources rather than as a chronological journal.

Option D:
Option D, search engine, is a tool for finding information across the web and is not itself the publishing site described.

Knowledge management systems aim to capture, organise and share organisational knowledge so it can be reused and built upon. ICT tools like intranets, databases and collaborative platforms store explicit knowledge and facilitate communication among staff. This infrastructure helps prevent loss of expertise when individuals leave. Thus, the repositories described in the stem belong to knowledge management systems.

Option A:
Option A, transaction processing, focuses on recording routine operations such as sales and payments and does not primarily manage organisational knowledge.

Option B:
Option B is correct because textbooks on information systems describe knowledge management systems as using ICT to support storage and dissemination of codified knowledge.

Option C:
Option C, payroll, handles salary calculations and is a specific administrative system, not a broad knowledge repository.

Option D:
Option D, physical inventory, concerns tracking tangible goods and is not about capturing intellectual capital.

Social media can become a powerful tool for academic networking when used responsibly. Students and teachers can join thematic groups, share articles, announce seminars and discuss recent developments. This extends learning beyond formal classroom boundaries and helps build professional communities of practice. Thus, using platforms for academic discussion and resource sharing is an appropriate educational approach.

Option A:
This option correctly stresses constructive communication and knowledge exchange. Participating in scholarly communities on social platforms exposes learners to diverse perspectives and opportunities such as webinars or calls for papers.

Option B:
Abusive comments violate digital citizenship norms and can harm the psychological safety of peers. Such behaviour is a form of cyberbullying and contradicts the educational mission of institutions.

Option C:
Unrelated memes and continuous joking during class time distract from learning goals. While occasional humour is fine, using social media solely for entertainment during academic activities weakens attention and engagement.

Option D:
Spreading rumours undermines trust and can cause panic or confusion. Responsible ICT use requires verifying information before sharing, especially in academic contexts.

Open source software is developed in a collaborative manner, with source code made accessible so that users can inspect, modify and share improvements subject to licence terms. This model encourages innovation and community participation. Examples include Linux distributions and many educational tools. Thus, the definition in the stem corresponds to open source software.

Option A:
Option A, proprietary, software keeps its source code closed and restricts modification, making it the opposite of what is described.

Option B:
Option B is correct because open source software explicitly allows source code access and redistribution, which are central to the definition given.

Option C:
Option C, freeware only, focuses on cost, indicating software available at no monetary charge but not necessarily with open source code.

Option D:
Option D, shareware only, refers to software distributed on a trial basis or requiring payment after a period, again without implying open access to the source code.

Statement D is the only wrong statement because it incorrectly assumes that technology by itself is sufficient to guarantee effective communication. In reality, the effectiveness of classroom communication depends on how the teacher designs and facilitates interactions, even when ICT tools are available. Statements A, B and C correctly describe how PowerPoint, Learning Management Systems and response systems affect the direction and richness of classroom communication. Therefore, the correct choice is the option that selects only D as the wrong statement.

Option A:
Option A is incorrect because it labels both A and D as wrong. While statement D is indeed wrong, statement A is correct in pointing out that a PowerPoint lecture delivered without interaction can become predominantly one-way. Treating A as wrong ignores the communication implications of passive slide presentations.

Option B:
Option B is correct because it isolates D as the sole wrong statement. Statement D overgeneralises the benefits of ICT by ignoring the crucial role of pedagogy, interaction design and feedback. Recognising that A, B and C are accurate while only D is problematic aligns this option with the intended logic of the question.

Option C:
Option C is incorrect because it groups A, B and D together as wrong statements. Both A and B are actually correct; A highlights a limitation of non-interactive slide use and B notes the interactive features of Learning Management Systems. Including these true statements with the genuinely wrong statement D makes this combination invalid.

Option D:
Option D is incorrect because it treats B, C and D as wrong. Statements B and C correctly explain how Learning Management Systems and response systems can support two-way communication and feedback. By misclassifying these accurate statements as wrong, this option fails to reflect the conceptual understanding of ICT-mediated classroom communication.

Statements A, B and D correctly distinguish typical uses of messaging apps and email. Messaging supports real-time chat, while email favours formal structured communication, and both are accessible across devices. Statement C is false because storage and backup policies depend on app settings and providers, not an automatic permanent guarantee. The correct set of statements is A, B and D only.

Option A:
Option A is correct because it acknowledges the complementary strengths of messaging and email while not overstating persistence of chat histories. It aligns with everyday ICT communication practices.

Option B:
Option B is incorrect because it includes only A and B as correct and omits D. Statement D is also true, since multi-device access is a key feature of both communication modes. Excluding D gives a partial description.

Option C:
Option C is incorrect because it groups B and D only and leaves out A. Statement A is central to describing instant messaging as real-time exchange. Without A, the explanation is incomplete.

Option D:
Option D is incorrect because it includes A, C and D as correct, thereby accepting C. Statement C is misleading since users can often delete or disable backups, and not all platforms store data permanently.

Proprietary software is distributed under licences that grant limited rights to end users while retaining ownership with the vendor. Users typically cannot access or alter the source code and must follow specific usage conditions. This model allows companies to monetise and control their software products. Hence, the description given matches proprietary software.

Option A:
Option A is correct because proprietary refers to software that is privately owned and controlled, with restrictions on copying, sharing and modifying. Educational institutions often use proprietary office suites and specialised software under such licences.

Option B:
Option B, open source, allows code modification and redistribution, which contradicts the strict restrictions mentioned in the stem. It represents a different philosophy of software distribution.

Option C:
Option C, public domain, denotes works whose rights have expired or been waived, allowing free use and modification without restriction. This is not the case described.

Option D:
Option D, freeware, may be free to use but is frequently still proprietary in terms of source code and may not allow modification or redistribution. It does not fully express the ownership and control aspects indicated.

Statement C is the only wrong statement because podcasts are frequently used to supplement lectures, revisit content and offer additional explanations. Statements A, B and D correctly describe what podcasts are, their flexible use and how subscription feeds work. Educational podcasts are well suited for revision and learning on the move. Thus, the option that selects only C as wrong is correct.

Option A:
Option A is incorrect because it groups A and C as wrong statements. A is a standard description of podcasts as downloadable or streamable audio programmes, so treating it as wrong contradicts basic ICT awareness.

Option B:
Option B is incorrect because it lists C and D as wrong statements, even though D is true. Subscribing to podcast feeds is a common way to receive new episodes automatically. Combining a true statement with the false one makes this option invalid.

Option C:
Option C is correct because it isolates C as the sole incorrect statement and recognises that A, B and D reflect how podcasts are used in education. It acknowledges the supplementary and revision roles that podcasts can play in blended learning.

Option D:
Option D is incorrect because it treats A, C and D as wrong. Both A and D are accurate descriptions of podcasting technology, so including them in the wrong set misrepresents ICT tools.

Chart creation in a spreadsheet involves selecting data and generating graphical representations such as bar charts or pie charts. This helps users visualise trends and comparisons more easily than raw numbers. ICT literacy includes understanding how to create and interpret such charts. Therefore, the appropriate term is chart creation.

Option A:
Option A is correct because creation describes the process of generating new charts from data, which is the focus of the stem.

Option B:
Option B, sorting, rearranges data according to certain criteria but does not produce graphs.

Option C:
Option C, filtering, temporarily hides certain rows to focus on subsets of data, again without generating visuals.

Option D:
Option D, validation, ensures that data entry follows rules and is not concerned with graphing.