UGC NET Questions (Paper – 1)

In most universities, the office that organises examinations, supervises evaluation and declares results is formally headed by the Controller of Examinations. The stem clearly points to this function, so “Examinations” correctly completes the title.

Option A:
Option A is incorrect because the Controller of Finance (or Finance Officer) would oversee budgets and financial transactions, not examination processes.

Option B:
Option B is correct as the Controller of Examinations manages scheduling, confidential question paper handling, evaluation and result publication, exactly as described in the stem.

Option C:
Option C is wrong since admissions offices handle applications and enrolments, not the conduct of exams or issue of mark sheets.

Option D:
Option D is incorrect because research offices coordinate research projects and funding rather than examination administration.

Diagnostic questions are used to identify students’ existing knowledge,misconceptions and learning needs. They provide information that helps the teacher plan or adjust instruction. In the stem,the teacher is explicitly trying to find out what students already know,which is a diagnostic function.

Option A:
Evaluative questions judge performance in terms of grades or marks,which is not the main purpose mentioned.

Option B:
Diagnostic communication seeks information to improve teaching strategies,making option B correct.

Option C:
Entertaining questions aim mainly to amuse,rather than assess understanding.

Option D:
Ceremonial communication involves rituals or formalities,such as opening remarks,not knowledge diagnosis.

Deductive reasoning starts from general premises, theories or principles and derives specific hypotheses or predictions that must follow if the premises are true. In research, this logic underlies many quantitative studies where hypotheses are formulated from existing theory and then tested against empirical data. If the data contradict the predictions, the theory may need revision. Thus, the movement from general to specific predictions described in the stem is characteristic of deductive reasoning.

Option A:
Inductive reasoning moves in the opposite direction, from specific observations to broader generalisations or theoretical propositions. It is more exploratory and does not begin with established general principles, so inductive reasoning does not match the description given in the question.

Option B:
Deductive reasoning provides a clear logical structure in which, if the premises are sound and the reasoning valid, the conclusion must be true. This feature makes it suitable for designing hypothesis-driven studies where empirical tests can potentially falsify theoretical claims. These aspects align closely with the stem.

Option C:
Abductive reasoning involves generating the most plausible explanation for a surprising observation, often using inference to the best explanation rather than strict logical deduction. It does not necessarily move from general laws to specific testable predictions in a formal way, so abductive reasoning is not the best answer.

Option D:
Analogical reasoning draws conclusions based on perceived similarities between two situations or domains, which may support speculation but not guarantee logical necessity. It is not the systematic general-to-specific logic described in the question, so analogical reasoning is not appropriate here.

The volume of a cube is proportional to the cube of its edge, so if V₁:V₂ = 27:64, then (a₁³):(a₂³) = 27:64. Taking cube roots gives a₁:a₂ = 3:4. Surface area is proportional to the square of the edge, so the surface area ratio is a₁²:a₂² = 3²:4² = 9:16. Thus, the required ratio of surface areas is 9:16.

Option A:
Option A, 3:4, is the ratio of the edges, not of the surface areas. While it correctly comes from the cube root of the volume ratio, it does not account for the fact that surface area scales with the square of the linear dimension rather than the first power.

Option B:
Option B, 4:3, reverses the correct edge ratio and therefore also reverses the implied surface area ratio. It would suggest that the cube with smaller volume has larger surface area, which contradicts the geometric relationships given by the volume ratio.

Option C:
Option C, 27:64, simply repeats the volume ratio and ignores the need to convert from a three-dimensional measure (volume) to a two-dimensional measure (surface area). Since these scale differently, the same ratio cannot apply to both.

Option D:
Option D is correct because it follows the sequence of taking the cube root to find the edge ratio and then squaring that to find the surface area ratio. This two-step transformation, from volume to side to area, is exactly what the geometry of similar cubes requires.

Institutions that focus on open and distance learning, offering flexible entry rules and multiple exit options, are called open universities. The stem describes exactly this distance- and online-oriented model, so “open” university is the correct completion.

Option A:
Option A is incorrect because a residential university is characterised mainly by on-campus accommodation and may still rely on conventional classroom teaching.

Option B:
Option B is wrong since an affiliating university’s defining feature is its network of affiliated colleges and examination functions, not distance delivery.

Option C:
Option C is correct as open universities are specifically established to expand access through flexible, largely non-campus-based modes.

Option D:
Option D is incorrect because deemed-to-be universities are recognised for academic excellence and granted university status; the term does not inherently imply distance or open learning.

Statements A, B and D correctly describe the functions and benefits of MIS in educational settings, while statement C is false. MIS integrates data from multiple subsystems, provides dashboards for key indicators and supports planning and evaluation. It clearly goes beyond storing paper records in cupboards, which is what C wrongly implies. Therefore, the combination A, B and D only is correct.

Option A:
Option A is incomplete because it recognises integration and decision-making but omits the planning and evaluation support mentioned in D. Without D, the description does not fully cover the strategic uses of MIS.

Option B:
Option B is incorrect because it includes A, B and C as correct and thereby accepts C. Statement C confuses MIS with purely manual storage and fails to recognise its digital processing role. Including this false statement invalidates the combination.

Option C:
Option C is incorrect because it lists B and D only, leaving out A. Integration of data from admissions, examinations and finance is a key reason institutions adopt MIS, so omitting A produces an incomplete account.

Option D:
Option D is correct because it groups A, B and D, the three true statements about MIS capabilities, and excludes C, which mischaracterises MIS as non-digital. It offers a coherent view of MIS supporting data-driven administration.

Statements A, B and C give core structural rules of valid categorical syllogisms, and E and F correctly name the fallacies arising from breaking the first two rules. D is false because two particular premises do not guarantee a valid conclusion in general. Therefore A, B, C, E and F only forms the correct combination of true statements.

Option A:
Option A is correct since it includes all the true rules and their associated fallacies, and excludes D.

Option B:
Option B is incomplete as it omits F, leaving out illicit major/minor.

Option C:
Option C is incomplete because it omits A (distribution of middle term).

Option D:
Option D is incorrect since it includes D, which is false.

A learning contract is a mutually agreed document that outlines what the learner will study, how learning will be carried out, resources to be used and how achievement will be evaluated. It supports self-directed learning by giving the learner responsibility within a structured framework. The stem clearly mentions negotiated objectives, resources and evaluation criteria, which are key features of a learning contract.

Option A:
A lesson plan is prepared by the teacher to guide a particular lesson and is not normally negotiated individually with each learner. It focuses on teaching steps rather than formal agreements about responsibilities.

Option B:
A scheme of work is a broader plan for a course, organising units and lessons over time for a group of learners; it is not an individual contract.

Option C:
A syllabus outlines topics, readings and sometimes assessment components for a course but is usually prescribed by institutions or boards, not negotiated one-to-one with learners.

Option D:
A learning contract formalises the shared understanding between teacher and student about learning goals and methods. Because the stem stresses negotiation and specification of objectives, resources and evaluation, learning contract is the correct completion.

NEP 2020 emphasises that universities and colleges should contribute directly to local and national development through extension and service-learning activities that also enrich student learning.

Option A:
Option A is incorrect because the policy explicitly encourages higher education institutions to build strong, mutually beneficial links with local communities.

Option B:
Option B is correct as it describes structured community engagement and service-learning connected to curricular objectives and student learning outcomes.

Option C:
Option C is wrong since working only with international agencies would neglect local responsibilities and contexts that HEIs are expected to address.

Option D:
Option D is incorrect because treating community work merely as punishment undermines its educational and civic value.

Inside each group the jumps between letters follow a fixed but asymmetric pattern, and this pattern is repeated from term to term. Comparing BILO, CJMP, DKNQ and ELOR shows that each letter in a given position moves forward by one place from one group to the next. If we shift every letter of ELOR forward by one step, E becomes F, L becomes M, O becomes P and R becomes S, giving FMPS. Since this option alone keeps both the internal spacing pattern and the uniform column wise shift, FMPS is the correct next term.

Option A:
Option A, FMPT, matches the first three letters of the true next group but changes the last letter so that the spacing from P to T differs from the spacing found in the earlier sequences. This breaks the repeated structure of the last position. Because the final jump is inconsistent with the established pattern, FMPT cannot be the correct answer.

Option B:
Option B, GMQT, shifts some letters too far ahead and does not arise from a simple one step advance from ELOR. Its second and third letters no longer align with the smooth vertical progressions in the previous groups. As it fails to respect both the column wise movement and the internal gaps, GMQT does not fit the series.

Option C:
Option C is correct because FMPS is exactly one alphabetical step ahead of ELOR in every position, while still preserving the asymmetric internal distance pattern. The starting letters E and F line up with the earlier chain from B through E, and the other columns continue similarly. This strict mechanical derivation confirms FMPS as the proper continuation.

Option D:
Option D, ENQS, keeps E and N from the last term and changes only the remaining letters, which contradicts the rule that all letters move together. The internal pattern among its letters also differs from that in the given groups. Therefore ENQS is not a valid extension of the series.

The two step flow model proposes that media messages first influence opinion leaders,who then transmit interpretations to others in their social networks. Thus,media effects are not entirely direct but mediated through interpersonal communication. The stem's description of opinion leaders passing messages clearly refers to this model.

Option A:
Magic bullet theory assumes direct,uniform effects on all members of the audience and does not emphasise opinion leaders.

Option B:
Cultivation theory deals with long term exposure shaping perceptions of reality rather than interpersonal relaying.

Option C:
Spiral of silence focuses on people withholding minority opinions due to fear of isolation.

Option D:
Because the question stresses mediation through opinion leaders,the two step flow model is the correct answer.

Statements A, B, C and E highlight pedagogical and access-related advantages of virtual labs. They can safely model complex or hazardous experiments, offer repeated practice, need alignment with objectives and extend opportunities to remote learners. Statement D is false because many disciplines still require hands-on work to develop psychomotor skills. Statement F is false because technical support and infrastructure such as bandwidth and compatible devices are critical for effective use, so the correct set includes A, B, C and E only.

Option A:
Option A is incomplete because it omits E and therefore does not address the equity aspect of reaching remote learners. While A, B and C are correct, they do not fully capture how virtual labs widen access, so this option is partial.

Option B:
Option B is incorrect because it includes D, which overstates the ability of virtual labs to replace physical practice entirely. Even with strong simulations, disciplines like medicine and engineering still require real-world practice, so D cannot be accepted.

Option C:
Option C is correct because it integrates safety, practice, alignment and access advantages without claiming that real labs or infrastructure planning are unnecessary. It therefore matches both pedagogical and practical perspectives on virtual labs.

Option D:
Option D is incorrect because it includes F and omits A. Accepting F denies the importance of infrastructure and support, which are vital to reliability. Leaving out A also overlooks the core reason for using virtual labs in high-risk or costly experiments.

Statements A, B, C and E are widely recommended practices in online video design, while D and F undermine quality. Short segments, interactive quizzes, supplementary materials and clear outcomes all enhance clarity and engagement. Poor audio hinders comprehension, and banning visual aids would remove important channels for explanation. Hence, the correct set of statements is A, B, C and E only.

Option A:
Option A is incomplete because it excludes E, thereby not recognising the importance of clarifying learning outcomes at the start. Without E, the answer misses a key element of purposeful instructional design.

Option B:
Option B is incomplete because it omits B, so it does not acknowledge the role of in-video questions in fostering active learning. Engagement is central to effective online teaching, so leaving out B weakens the combination.

Option C:
Option C is incomplete because it excludes A, which addresses the need to manage attention span by chunking content. Without A, the temporal aspect of design is not appropriately represented.

Option D:
Option D is correct because it captures multiple complementary practices—segmenting, interactivity, supplementary resources and clear goals—while rejecting D’s and F’s tolerance of poor audio and absence of visuals. This option aligns with established multimedia learning guidelines.

Statements A and B are correct because ESD is about integrating sustainability dimensions across curricula and promoting critical and participatory pedagogies. Statements C and D are incorrect: ESD is cross-disciplinary and actively encourages learner participation in real-world sustainability projects. Therefore, the combination A and B only is correct.

Option A:
Option A is incomplete as it ignores B, which correctly highlights pedagogy focused on critical thinking and problem solving. Without B, the active-learning dimension of ESD is missing.

Option B:
Option B is correct since it combines the two accurate statements and excludes C and D, which misrepresent the scope and methods of ESD. This reflects official formulations of ESD in policy documents.

Option C:
Option C is incorrect because it adds C, implying that ESD is confined to environmental sciences, which contradicts the idea that all disciplines should address sustainability.

Option D:
Option D is incorrect as it groups B, C and D, treating both C and D as correct. D wrongly suggests ESD discourages participation, which goes against the experiential emphasis of ESD.

Statements A, B, C, D and E correctly describe the threefold division of inference, whereas F is false. Pūrvavat and śeṣavat explicitly connect cause and effect in opposite directions, and sāmānyato-dṛṣṭa depends on regular associations not tied to a clear causal order. All three are grounded in vyāpti, the invariable relation between hetu and sādhya, even if the way we become aware of that relation differs. Exam questions may present familiar examples and ask which type is illustrated. Hence A, B, C, D and E only is the correct combination.

Option A:
Option A is incomplete because it omits E, failing to mention how these distinctions are used in UGC NET questions. Although A, B, C and D are conceptually correct, they lack the explicit exam connection. Therefore this option is not fully satisfactory.

Option B:
Option B is wrong since it includes F, which denies the role of vyāpti in these inferences. In Nyaya, the reliability of any anumāna depends on an underlying vyāpti, so claiming independence contradicts the theory. Including F makes the combination inconsistent.

Option C:
Option C is incorrect because it leaves out A and includes F, thus losing the description of pūrvavat while accepting the false claim about vyāpti. Without A, one of the three types is not represented, and with F, the relation to invariable concomitance is misdescribed.

Option D:
Option D is correct as it gathers all true statements about the threefold classification and its testing in exams while excluding the one statement that wrongly severs the link with vyāpti. It therefore matches the Indian logic account used in UGC NET.