UGC NET Questions (Paper – 1)

Statements A, C and D are correct, while B is the only wrong statement. A is true because sharing assessment criteria in advance promotes transparency and fairness. C is true as ethical feedback avoids personal attack and focuses on helping students improve. D is true since keeping individual performance data private when appropriate respects students’ dignity and privacy. B is false because public humiliation can damage self-esteem, harm the learning climate and violates ethical responsibilities of teachers.

Option A:
Option A groups A and B as wrong statements and thereby misclassifies A, which correctly advocates prior communication of criteria. Including A among wrong statements contradicts basic principles of fair assessment. Therefore A and B only cannot be accepted.

Option B:
Option B lists B and C as wrong, but C is a correct description of ethical feedback practices. Treating C as wrong undermines the idea of constructive, respectful communication with learners. Hence B and C only is not a valid option.

Option C:
Option C combines B and D as wrong statements and thus incorrectly labels D, which recognises the importance of confidentiality, as false. Since D is correct, this combination does not match the pattern of wrong statements in the question. Consequently B and D only cannot be chosen.

Option D:
Option D correctly identifies B only as the wrong statement. It affirms that humiliation is not an acceptable motivational strategy and leaves A, C and D outside the wrong set as appropriate ethical guidelines. For this reason, B only is the correct answer.

James W. Carey advanced the ritual view of communication,emphasising that communication is a symbolic process in which reality is produced,maintained and repaired through shared participation. He contrasted this with the transmission view that focuses on sending information over distance. The stem closely summarises this ritual conception,so Carey is the appropriate completion.

Option A:
Carey's work highlights how activities such as reading a newspaper or attending ceremonies bind communities together by reaffirming shared values. This participation oriented approach is exactly what the question refers to,which supports Option A.

Option B:
Shannon is primarily associated with the mathematical model that emphasises signal transmission,noise and channel capacity rather than ritual participation.

Option C:
Berlo is known for the SMCR model focusing on source,message,channel and receiver but did not articulate the ritual view in the same way.

Option D:
Lasswell is famous for the formula "Who says what in which channel to whom with what effect,"which reflects a transmission perspective,not a participation based ritual view.

Purvavat anumana proceeds from knowledge of a present cause to a future effect that has not yet occurred. Observing dark clouds and inferring impending rain illustrates this pattern. Nyaya classifies such reasoning as purvavat because the inferred event is temporally posterior to the observed basis. Hence the inference described in the stem is purvavat anumana.

Option A:
Option A is correct since purvavat literally means “from the prior” and is defined as inference from cause to effect. It fits the temporal direction exemplified by clouds predicting rain.

Option B:
Option B, sesavat, goes from effect to cause, such as inferring past rain from a flooded river, which reverses the direction of temporal inference.

Option C:
Option C, samanyatodrsta, involves inference based on general uniformities not strictly causal, such as inferring motion from changing position.

Option D:
Option D, kevalanvayi, is a classification based on the nature of vyapti, not on temporal ordering of cause and effect.

Statements B and D are the wrong statements because they promote unsafe security practices. Using the same simple password for all accounts increases vulnerability; if one account is compromised, many others can be accessed easily. Similarly, public Wi-Fi networks, even when password protected, may be insecure for sensitive transactions like online banking due to risks such as snooping and fake hotspots. Statements A and C are correct as they highlight the importance of applying security patches and recognising phishing attempts, so the correct option must include only B and D as wrong.

Option A:
Option A is correct because it groups exactly the two wrong statements, B and D. Both of these statements contradict established cyber security guidelines that advise unique strong passwords and caution when using public Wi-Fi for confidential activities. By excluding A and C, which are accurate, this option matches the requirement to select only the wrong statements.

Option B:
Option B is incorrect because it treats only B as wrong and ignores D. While B is indeed a wrong statement, D is also unsafe advice since public Wi-Fi networks can be compromised in various ways. Leaving out one of the wrong statements means this option does not satisfy the question's demand to identify all wrong statements.

Option C:
Option C is incorrect because it includes A along with B and D as wrong statements. Statement A is actually correct; applying updates and security patches is a recommended security practice. Including a correct statement among wrong ones makes this combination logically inconsistent.

Option D:
Option D is incorrect because it groups A, C and D as wrong statements. Both A and C present correct security principles related to patching systems and recognising phishing attacks. Only D is wrong among these three, so treating all three as wrong misrepresents the conceptual content of ICT security and cyber ethics.

Academic mobility refers to the ability of students to move between institutions, programmes or even countries while getting recognition for learning already completed. Credit transfer is a key mechanism that enables such mobility by allowing credits from one place to be counted toward a degree at another. The stem describes exactly this practice of recognising credits across institutions, which exemplifies academic mobility. Thus, Option B is correct.

Option A:
Mobility expands students’ choices, encourages diverse learning experiences and prevents duplication of effort. It is closely connected with the NEP 2020 emphasis on multiple entry and exit points and flexible curricula, matching the context of the question.

Option B:
Rigidity in the system would mean fixed pathways with little room for movement or recognition of prior learning, which is the opposite of what credit transfer seeks to achieve. Therefore, Option A is incorrect.

Option C:
Segregation implies separation or isolation of groups, which contradicts the idea of interconnected pathways and shared recognition of credits. Option C does not fit the concept described.

Option D:
Exclusion suggests denying access or recognition, while credit transfer is designed to include and value students’ prior learning. Hence, Option D is not appropriate for this stem.

Delimitations are boundaries deliberately set by the researcher to narrow the scope of the study, such as selecting certain variables, populations or contexts. They reflect choices about what will be included and excluded to make the study manageable and focused. Delimitations are under the researcher’s control and should be clearly reported so readers understand the study’s scope. Therefore, the intentionally chosen restrictions described in the stem are correctly termed delimitations.

Option A:
Limitations refer to constraints beyond the researcher’s control, such as time, resources or unavoidable sampling issues, which may weaken the study’s generalisability or precision. They are conceptually different from deliberate narrowing of scope.

Option B:
Delimitations help ensure depth and feasibility by preventing the project from becoming too broad or unwieldy, and they clarify to whom and where the findings apply. This matches the stem’s emphasis on intentionally chosen restrictions, making this option correct.

Option C:
Assumptions are beliefs or conditions accepted as true without direct testing, such as assuming respondents answer honestly, and are not the same as intentionally restricting the study’s scope.

Option D:
Hypotheses are testable predictions about relationships or differences among variables and represent expectations, not boundaries of inclusion or exclusion.

The Cali fund is designed as a mechanism for sharing benefits arising from the use of digital sequence information on genetic resources. Companies in sectors such as pharmaceuticals and cosmetics will contribute a small share of revenue or profits, which will then support conservation activities. A notable feature is the commitment that a substantial portion of the resources go directly to Indigenous peoples and local communities who steward biodiversity. This links economic gains from genetic information to justice and conservation goals under the Kunming–Montreal Framework. (Reuters)

Option A:
This option is incorrect because the fund is not meant to subsidise fossil fuel exploration; in fact, biodiversity summits focus on reducing harmful activities and supporting conservation. Subsidising extraction in biodiversity-rich regions would contradict the aims of the convention.

Option B:
The fund does not exist to compensate companies for conservation-related “losses”; rather, companies are contributors, not primary recipients. Framing them as beneficiaries in this way inverts the benefit-sharing principle embedded in the agreement.

Option C:
This option correctly captures that the fund is financed by users of genetic sequence information and is intended to support biodiversity conservation and communities. It highlights both the source (company contributions) and the beneficiaries (including Indigenous peoples), matching reported agreements from COP16.

Option D:
Financing relocation of all Indigenous communities away from protected areas would run counter to the recognition of Indigenous rights and their role as conservation partners. COP16 decisions instead emphasised involvement and support for these communities, not their removal.

A valid categorical syllogism must contain exactly three terms: major, minor and middle. If ambiguous language or faulty structure introduces a fourth distinct term, the necessary linkage between major and minor via a single middle term is broken. This defect is known as the fallacy of four terms. Therefore the error described in the stem is correctly named four terms.

Option A:
Option A, undistributed middle, is a different fallacy where the middle term is not distributed in either premise, so it never refers to all members of its class. Although this also breaks the connection between major and minor terms, it does not involve adding an extra term.

Option B:
Option B is correct because the presence of four distinct terms means that the argument cannot be a proper syllogism, which by definition has only three. Often this happens due to equivocation, where a word is used with two different meanings.

Option C:
Option C, illicit major, occurs when the major term is distributed in the conclusion but not in the premise, which is a distribution error, not an increase in the number of terms.

Option D:
Option D, ambiguous conclusion, is not a standard named fallacy in traditional syllogistic logic, and ambiguity alone does not guarantee that exactly four terms are present.

System software is designed to control and coordinate the hardware components of a computer. It provides a platform on which application software can run and offers generic services like file management, memory management and device control. Operating systems, utility programs and device management modules fall under this category. Therefore the description in the stem correctly points to system software.

Option A:
Option A, application software, is written to perform specific user tasks such as word processing or spreadsheet analysis. It relies on lower-level services provided by system software and does not itself generally manage hardware resources. Hence it does not satisfy the description.

Option B:
Option B, firmware, is software embedded into hardware devices and stored in non-volatile memory. While it helps control specific equipment, it does not usually provide broad services to other programs running on a general-purpose computer. Thus it is too narrow to fit the stem.

Option C:
Option C is correct because system software sits between the hardware and user applications, managing resources and offering standard services. It includes the operating system and core utilities that ensure the whole system functions reliably. This role precisely matches the statement in the question.

Option D:
Option D, a device driver, is a specialised program that allows the operating system to communicate with a specific hardware device. It is typically considered a component of system software rather than the overarching category itself. Therefore it is not the best completion for the blank.

The section labelled “findings and recommendations” or sometimes “findings, conclusions and suggestions” brings together the main results of the study and discusses what they imply. It often includes practical recommendations for policy or practice and suggestions for future research. This chapter synthesises earlier analysis into clear messages. Because the stem refers to summarising findings and suggesting implications, findings and recommendations is the appropriate heading.

Option A:
The methodology chapter outlines research design, sampling, tools and procedures used for data collection and analysis. It explains how the study was conducted but does not primarily present the results and implications. Therefore, methodology does not match the description in the stem.

Option B:
The review of literature chapter surveys previous research and theoretical perspectives relevant to the topic, identifying gaps that the present study addresses. It focuses on existing knowledge rather than on the new findings and recommendations of the current research. Hence, review of literature is not the correct completion.

Option C:
The data analysis chapter presents detailed statistical or qualitative analysis of collected data, including tables, graphs and interpretations of results for each objective or hypothesis. While it provides evidence, the broad synthesis and recommendations are usually reserved for a later chapter. Thus, data analysis alone does not fully match the function described in the question.

Option D:
The findings and recommendations chapter integrates key results, draws overarching conclusions and articulates how these outcomes can be used or extended. It responds directly to the objectives and problem posed at the beginning. This is exactly what the stem describes, so findings and recommendations is the correct answer.

Learner centred orientation places students’ needs,abilities and interests at the core of instructional decision-making. When a teacher modifies pace,methods and examples based on how learners respond,they are acting from this perspective. The focus is on optimising learning for diverse individuals rather than simply completing the syllabus. Thus,learner centred is the correct description.

Option A:
Teacher centred orientation keeps control and decisions with the teacher,with less concern for adapting to differences among learners. This does not fit the deliberate adjustments described in the stem.

Option B:
Subject centred orientation focuses mainly on the logical structure of the discipline,which may ignore learners’ readiness or context,so it is not the best match.

Option C:
Syllabus centred orientation concentrates on finishing prescribed topics,often at a uniform pace,regardless of learner variation,which contrasts with responsive adaptation.

Option D:
Learner centred teaching is associated with higher engagement and better conceptual understanding,making option B appropriate here.

Statements A, B and C are correct, while D is the only wrong statement. A is true because concrete examples help students visualise and understand abstract principles. B is true as analogies connect unfamiliar ideas to known situations, aiding comprehension. C is true since irrelevant or poorly chosen examples can mislead or confuse learners. D is false because examples and analogies, when used appropriately, enrich rather than detract from understanding of the main content.

Option A:
Option A is incorrect because it marks A and D as wrong statements, even though A is a correct description of the value of examples. Including A among wrong statements misrepresents good teaching practice. Hence this option cannot be accepted.

Option B:
Option B is incorrect because it groups C and D as wrong. While D is indeed wrong, C is correct in warning against irrelevant examples. Treating C as wrong conflicts with the need for relevance in instructional design.

Option C:
Option C is incorrect because it lists A, C and D as wrong statements. Both A and C are accurate descriptions of how examples function in teaching. Adding them to D in the wrong set makes this combination highly inconsistent with pedagogical principles.

Option D:
Option D is correct because it singles out D only as the wrong statement. D unreasonably advises avoiding all examples and analogies, ignoring their proven role in deepening understanding. By leaving A, B and C outside the wrong set as correct statements, this option accurately identifies the single incorrect statement.

Intrinsic motivation exists when learners engage in an activity because they find it interesting,meaningful or satisfying in itself. By linking lessons to learners’ personal goals and interests,the teacher helps them see inherent value in learning. This reduces dependence on external rewards. Therefore,the stem describes fostering intrinsic motivation.

Option A:
Extrinsic motivation relies on external rewards or punishments,which are not highlighted in the description.

Option B:
Intrinsic motivation is linked to deeper engagement and persistence,so strategies that connect content to personal relevance are effective ways to nurture it,making option B correct.

Option C:
Imposed motivation would arise from pressure or obligation,rather than from personal interest.

Option D:
Ritualistic learning suggests going through motions without real engagement,which is opposite to finding joy in learning.

The alternative hypothesis represents the researcher’s claim that there is a real effect, difference or relationship in the population. It is accepted when sufficient evidence leads to rejection of the null hypothesis. The alternative may be directional or non-directional, depending on whether the direction of the effect is specified. Hence, the competing claim that there is an effect is correctly termed the alternative hypothesis.

Option A:
A research hypothesis is a broader term for the investigator’s expectation and often overlaps with the alternative hypothesis, but in statistical notation the specific competing claim is denoted as the alternative. The stem uses language drawn from statistical testing, so research is less precise here.

Option B:
Option B, alternative hypothesis, is symbolised as H1 or Ha and directly contrasts with the null hypothesis H0. When test statistics fall in the critical region, the decision is to reject H0 in favour of this alternative, which aligns exactly with the question.

Option C:
A directional hypothesis specifies the expected direction of the effect, such as “greater than”, but not every alternative is directional; some are non-directional. The stem does not restrict itself to direction, so directional is not the best answer.

Option D:
A non-directional hypothesis states that a difference exists but does not specify the direction. It is a type of alternative, but the question is about the general competing claim, making the broader term “alternative” more accurate.

The differences between consecutive terms are 2, 4, 8 and 16. These are powers of two doubling at each step. To continue this pattern, the next difference should be 32. Adding 32 to the last term 31 gives 31 + 32 = 63, which extends the series in a perfectly consistent way.

Option A:
Option A gives 61, which corresponds to a difference of 30 from 31 and fails to match the next power of two. Since the previous differences are 2, 4, 8 and 16, the logical continuation is 32, not 30. Hence, 61 is not correct.

Option B:
Option B yields 63, which is 32 more than 31 and completes the power-of-two difference sequence 2, 4, 8, 16, 32. The pattern remains clean and conceptually strong. Therefore, 63 is the correct next term.

Option C:
Option C suggests 65, giving a difference of 34 from 31, which does not fit into the powers-of-two framework. Such an increment is arbitrary with respect to the earlier differences. Thus, 65 cannot be accepted.

Option D:
Option D offers 67, which is 36 greater than 31 and again unrelated to the powers-of-two idea. Using 67 would disrupt the elegant second-level pattern that defines the series. Therefore, 67 is not the right answer.