UGC NET Questions (Paper – 1)

Teaching in the formal sense is an educational process because it is organised to promote learning and holistic development. The primary purpose is not treatment or repair,but systematic growth in knowledge,skills and attitudes. Educational processes follow clear aims,content and methods framed by curriculum and objectives. Therefore,describing planned behaviour change in learners as an educational process is most accurate.

Option A:
Educational process emphasises purposeful interaction between teacher,learner and content to achieve specified outcomes. It includes cognitive,affective and psychomotor development in a structured environment. Since the stem speaks of planned desirable changes in behaviour,this option directly matches that intention.

Option B:
Therapeutic process focuses on psychological healing or clinical treatment,typically handled by counsellors or therapists rather than classroom teachers. Although teaching can support well-being,its central aim is not therapy. Hence it does not fully capture the meaning of the stem.

Option C:
Random process would imply that changes in behaviour occur by chance without planning or objectives,which contradicts the notion of deliberate teaching. Teaching always involves some design of activities and materials,so this option is unsuitable.

Option D:
Mechanical process suggests rigid,machine-like operations without concern for meaning or growth. Effective teaching instead requires reflection,adaptation and human interaction,so calling it mechanical does not fit the description.

Browsers like Chrome, Firefox or Edge are installed on devices to render web content using protocols such as HTTP and HTTPS. Search engines such as Google or Bing run as services on the web that maintain huge indexes of websites and return results based on user queries. Users first open a browser and then visit a search engine site to locate information. This option therefore correctly captures their complementary but distinct roles.

Option A:
This option wrongly states that the two are exactly the same, ignoring their different technical functions. Confusing them can lead to misunderstanding of how web navigation actually works. From an ICT literacy perspective, differentiating them is essential.

Option B:
This option misclassifies the browser as a website and the search engine as a physical device, both of which are false. Search engines are implemented as software running on servers, not as standalone hardware gadgets. Hence, the description is technically incorrect.

Option C:
This option assigns very narrow and inaccurate tasks to browsers and search engines. Browsers are used for a wide range of online activities, not just email. Search engines help locate information of many types and do not specialise in online games. Thus, the option is misleading.

Option D:

One key function of mass communication is to provide entertainment and diversion to audiences. Comedy shows and game shows are designed mainly to amuse viewers and offer relaxation. They may contain information,but their central purpose is enjoyment. Therefore,they exemplify the entertainment function of media.

Option A:
Surveillance refers to informing the public about events and dangers,which is not the main aim of comedy programmes.

Option B:
Correlation involves interpreting and analysing events to help people make sense of the world,as in editorials.

Option C:
Entertainment content helps reduce stress and provides leisure,which aligns strongly with the TV examples given,making option C correct.

Option D:
Mobilisation refers to rallying people for social or political causes,and is usually seen in campaigns or appeals,rather than in light entertainment shows.

The MPI identifies deprivations in three broad areas: health,education and living standards. Living standards include indicators like electricity,sanitation,housing,cooking fuel and assets. The stem asks for the third dimension alongside health and education,which is precisely living standards. Therefore Option B is the correct answer.

Option A:
Environmental risk affects poverty but it is not one of the three core MPI dimensions.

Option B:
Living standards is the third MPI dimension alongside health and education and matches the stem exactly.

Option C:
Political voice is important but not a standard MPI dimension in the core structure.

Option D:
Technology access can matter but is not used as the main third MPI dimension in the standard framework.

Statements A, B and C are correct, whereas D is incorrect. A is true because the pattern begins with teacher initiation, usually a question or cue. B is true as the learner’s response forms the second move in this triadic sequence. C is true since the teacher then provides feedback, evaluation or follow-up comment. D is false because while IRF can be useful, it does not always maximise autonomy or extended student-led discussion; it can also reinforce teacher control if overused.

Option A:
Option A groups A and B only and omits C, failing to mention the important feedback move that completes the IRF cycle. Without C, the description of the pattern is incomplete. Therefore A and B only cannot be accepted as the correct answer.

Option B:
Option B includes A, B and C, capturing initiation, response and feedback, and excludes D, which overstates the autonomy created by IRF. This combination accurately reflects how the pattern functions in classroom discourse. Hence A, B and C only is the correct answer.

Option C:
Option C lists B and C only and leaves out A, disregarding the teacher-initiated nature of most IRF exchanges. Since A is also a correct statement, this combination does not fully describe the pattern. As a result, B and C only is not valid.

Option D:
Option D treats all four statements as correct, but D exaggerates the autonomy-producing effect of IRF and ignores its potential to remain teacher-centred. Including D with the correct statements makes the option inconsistent, so it cannot be chosen.

Statements A, B, C and E are correct because they describe passive design, efficient equipment, regulatory standards and equity aspects of energy efficiency. Good orientation and design reduce loads, efficient appliances cut demand, codes guide performance and making efficient options affordable helps more households. D is wrong because retrofits can significantly improve performance, and F is wrong since audits are a key tool for environmental management. Thus, A, B, C and E only is the correct combination.

Option A:
Option A is incorrect as it omits E, ignoring how access and affordability influence who benefits from efficiency improvements. Without E, the social dimension of energy efficiency is missing from the answer.

Option B:
Option B is incorrect since it excludes A and includes only B, C and E. While those three are true, leaving out A downplays the importance of building form and orientation, which are fundamental to reducing energy needs.

Option C:
Option C is correct because it includes the full set of true statements and excludes D and F, which misrepresent retrofitting and auditing. It aligns with the integrated technical and social perspective expected in this unit.

Option D:
Option D is incorrect as it incorporates F, wrongly claiming that audits are unrelated to environmental management, and omits B. Without B, it ignores the crucial role of efficient appliances and lighting in building energy performance.

Statements A, B, C and E accurately describe the scope of information literacy, while statement D is incorrect. Information literacy goes beyond basic device operation and includes recognising information needs, searching, critical evaluation and ethical use of information in academic and everyday contexts. It is particularly vital in higher education for conducting quality research and supporting lifelong learning. Since D wrongly limits information literacy to technical skills only, the correct combination is A, B, C and E only.

Option A:
Option A is correct because it gathers together all the true statements and excludes the false one. It acknowledges information literacy as a comprehensive set of abilities involving searching, evaluating, using and citing information responsibly. Leaving out D ensures that the narrow and incorrect view of information literacy is not accepted.

Option B:
Option B is incorrect because it includes all five statements as correct, thereby accepting D. Statement D misrepresents information literacy by excluding critical thinking and focusing only on device operation. A correct answer cannot endorse such a restricted view.

Option C:
Option C is incorrect because it selects A, C and D only. This combination leaves out important aspects like evaluation (B) and lifelong learning (E) while retaining the false statement D. Hence, it does not fully or accurately reflect information literacy.

Option D:
Option D is incorrect because it groups B, D and E, accepting the false statement D and omitting some true ones. Although B and E are correct, retaining D and excluding other true statements such as A and C distorts the concept.

Kalpanāpoḍha pratyakṣa, literally “perception devoid of conceptual construction,” is described by Buddhist epistemologists as a pure, non conceptual awareness of particulars before naming and classification. It excludes imaginative overlays, universal concepts and linguistic structures, forming the basis on which later conceptual cognition is built.

Option A:
Option A correctly expresses kalpanāpoḍha as perception purified of conceptual construction, focusing on raw, pre linguistic awareness of particulars.

Option B:
Option B reverses the idea by making this type of perception depend entirely on language; Buddhists explicitly contrast kalpanāpoḍha with linguistically shaped conceptual cognition.

Option C:
Option C restricts it to dream states, whereas the theory primarily concerns ordinary sensory perception in its non conceptual phase.

Option D:
Option D claims it apprehends only universals, while the Buddhist view is that perception grasps particulars and universals belong to the realm of conceptual thought (vikalpa).

Primary data are original information gathered firsthand by the researcher through methods such as surveys, experiments, observations or interviews. They are tailored to address the specific objectives and context of the current study. Because they are collected directly, issues of relevance and accuracy can be handled during the data collection process. Therefore, data collected specifically for the present investigation are correctly called primary data.

Option A:
Secondary data are information that already exist, having been collected by others for different purposes, such as government reports or previous research. While they may be reused, they are not gathered directly by the researcher for the current study, so secondary is not the correct completion.

Option B:
Primary data have the advantage of greater control over measurement procedures, timing and sampling, which can enhance validity and reliability when collected carefully. However, they are also more costly and time-consuming to obtain. These features match the description in the stem of data collected directly by the researcher.

Option C:
Documentary data are usually drawn from written records such as reports, letters or institutional documents and may be either primary or secondary depending on their origin and use. The term does not specifically denote direct collection for a particular study. Hence, documentary is not the best answer.

Option D:
Archival data refer to stored records or datasets, often created in the past, which researchers may access as secondary sources. They are not necessarily collected specifically for the current investigation, so archival is not the appropriate term here.

Let the original number be 100 for simplicity. Increasing it by 25% gives 100 × 1.25 = 125. Decreasing this new value by 20% means multiplying 125 by 0.8, giving 125 × 0.8 = 100. This returns exactly to the original value, so the net percentage change is 0%. Hence, Option A, 0%, correctly represents no overall increase or decrease.

Option A:
Option A, 0%, directly expresses that there is no net change in the value after both operations. It matches the calculation using multiplicative factors 1.25 and 0.8, whose product is exactly 1.

Option B:
Option B, 2% increase, would require the final value to be 102 when starting from 100, but the actual final value here is 100, so this option overstates the effect.

Option C:
Option C, 4% increase, similarly suggests a final value of 104, which is not supported by the computations of the successive changes.

Option D:
Option D, 0.5% decrease, implies a small net drop, but the actual multiplicative effect of 1.25 and 0.8 is neutral.

NEP 2020 states that developing good human beings with strong values is a core purpose of education and calls for constitutional values, empathy and respect for diversity to be woven into subjects, pedagogy and school culture.

Option A:
Treating ethics as irrelevant completely contradicts both the spirit of NEP 2020 and the values enshrined in the Constitution.

Option B:
This option is correct because it reflects the integrated, whole-school approach to values education advocated in the policy.

Option C:
Limiting ethics to a single monthly moral science period encourages tokenism and cannot ensure deep internalisation of values.

Option D:
Values and ethics are seen as important from early childhood through higher education, not restricted to one level.

A necessary condition is one without which a particular event cannot occur. If the necessary condition is absent, the event is impossible. However, the necessary condition by itself may not be enough to bring about the event, as other conditions may also be required. This description is exactly what the stem presents, so it is a necessary condition.

Option A:
Option A is correct because the word necessary highlights the idea of requirement rather than guarantee. For example, oxygen is necessary for ordinary fire, but oxygen alone is not sufficient to produce fire. This illustrates the difference captured in the question.

Option B:
Option B, sufficient, refers to a condition that, when present, ensures the occurrence of an event by itself. A sufficient condition may not be required in every case, unlike a necessary one. Therefore sufficient condition does not match the focus on "must be present" in the stem.

Option C:
Option C, remote, suggests distance or weak connection and is not a standard technical expression in conditional logic. It does not tell us anything clear about necessity or sufficiency. Consequently remote is not the right answer.

Option D:
Option D, accidental, implies that something happens by chance and does not entail a stable conditional relation. An accidental factor may or may not be present without systematically affecting the event. Thus accidental condition does not fit the description.

Routers operate at the network layer and use logical IP addresses in routing tables to determine the best path for packets. They interconnect different networks, such as linking a local area network to the wider internet. This makes them fundamental components in complex network architectures. Therefore, the device described is a router.

Option A:
Option A, switch, primarily operates at the data link layer and forwards frames within a single local network segment rather than between different networks. It does not typically make routing decisions based on network layer addresses.

Option B:
Option B, hub, is a basic device that simply repeats incoming electrical signals to all ports without any intelligent forwarding, and it does not examine logical addresses.

Option C:
Option C is correct because routers are defined by their ability to connect multiple networks and route packets based on IP addressing information. This matches the description given in the question.

Option D:
Option D, repeater, amplifies or regenerates signals to extend the distance they can travel on a cable but does not make decisions about packet paths between networks.

ICT-enabled teaching refers to the integration of information and communication technologies into the teaching–learning process. An interactive whiteboard allows teachers to display multimedia resources, annotate content and involve students in manipulating digital objects. This transforms the board into a dynamic tool that supports visual and kinesthetic learning. Thus, using an interactive whiteboard in this way is a clear example of ICT-enabled teaching.

Option A:
Traditional chalk-and-talk uses a conventional blackboard and chalk with mainly static writing and drawing. It does not involve digital tools or interactive features. While effective in many situations, it lacks the technological dimensions described in the stem.

Option B:
Misuse of technology would imply that tools are being used in ways that distract from or hinder learning. When an interactive whiteboard is used thoughtfully to present and explore content, it supports rather than obstructs teaching. Therefore, the situation described cannot be labelled misuse.

Option C:
Non-verbal communication involves gestures, facial expressions, posture and other body language cues used in interaction. Although teachers may still use non-verbal communication while using a whiteboard, the key aspect in the stem is the digital display and manipulation of resources. Consequently, non-verbal communication is not the central idea.

Option D:
ICT-enabled teaching uses technology such as interactive whiteboards, projectors and learning management systems to enrich lessons. It allows for integration of animations, videos and interactive tasks that can enhance understanding. Because the stem explicitly mentions a digital surface for manipulating learning resources, this option correctly identifies the nature of the example.

Pancavayava literally means "having five limbs" and refers to the expanded Nyaya form of inference that explicitly lists thesis, reason, general rule with example, application and conclusion. This structure makes each step in the reasoning process transparent to the interlocutor. It is particularly useful in debate and teaching to avoid hidden assumptions. Therefore the fivefold pattern described in the stem is called pancavayava.

Option A:
Option A, trairupya, denotes the three characteristics of a valid hetu, not the five-part layout of the argument itself. While both are structural notions, they focus on different aspects of inference.

Option B:
Option B, anumana, is the general term for inference as a pramana and can be realised in different presentational formats; it is broader than the specific five-membered scheme.

Option C:
Option C, udaharana, is only one of the five members, namely the statement of general rule with example, and cannot stand for the complete structure.

Option D:
Option D is correct because pancavayava captures the idea of an argument articulated into five ordered avayavas. It highlights Nyaya's commitment to rigorous exposition of inferential steps.