UGC NET Questions (Paper – 1)

Nyāya differentiates inference by its audience. Svārthānumāna is the inner inferential process by which an individual arrives at a conclusion for themselves, without needing to articulate each step. Parārthānumāna is the outward, usually five-membered, presentation of an inference intended to lead another person to the same conclusion. The difference is communicative, not structural.

Option A:
Option A reverses the usual pattern; parārthānumāna is typically the fully verbalised form for others, whereas svārthānumāna can remain unexpressed.

Option B:
Option B correctly states that svārthānumāna is for oneself and parārthānumāna is for another, which is the standard Nyāya distinction.

Option C:
Option C incorrectly ties the distinction to different pramāṇas (perception vs testimony); both forms rely on the same inferential pramāṇa.

Option D:
Option D absurdly links the distinction to truth and falsity; both forms can be valid or invalid depending on the hetu and vyāpti.

Programmes like B.Ed. are designed to prepare students for a definite occupation—in this case, school teaching—through a mix of theory, pedagogy and practicum. Such career-oriented, regulated programmes are classic examples of professional education, so “professional” correctly completes the stem.

Option A:
Option A is incorrect because general education provides broad disciplinary knowledge without necessarily leading directly to a specific regulated profession.

Option B:
Option B is correct as professional education is explicitly intended to equip learners with the competencies and qualifications needed for particular careers, often under professional or statutory bodies.

Option C:
Option C is wrong since informal education refers to unstructured learning in daily life, not to organised degree programmes like B.Ed.

Option D:
Option D is incorrect because adult education typically targets literacy or continuing education for adults and is not necessarily tied to a single professional pathway like teacher preparation.

Natural growth (or natural increase) of population is defined as the difference between the crude birth rate and the crude death rate in a given year, usually expressed per thousand population. This measure shows how much the population is changing due to births and deaths alone, without considering migration.

Option A:
Option A is incorrect because the crude birth rate by itself does not account for deaths; high birth and high death rates together can still result in low natural growth.

Option B:
Option B is incorrect as the crude death rate alone captures mortality but ignores the contribution of births to overall population change.

Option C:
Option C is correct since natural increase is calculated as crude birth rate minus crude death rate, directly indicating population growth or decline from vital events.

Option D:
Option D is incorrect because dividing total fertility rate by life expectancy is not a standard demographic measure of growth and does not directly give natural increase.

Samanyatodrsta anumana relies on general regularities that may not be strictly causal, like the rule that whatever changes its place is moving. From repeated observation of this connection, one infers motion when change of position is seen. The relation is known by common experience rather than explicit cause–effect. Therefore the type of inference in the stem is samanyatodrsta.

Option A:
Option A, purvavat, specifically links causes to later effects and does not cover all non-causal regularities.

Option B:
Option B, sesavat, links effects back to earlier causes and so again does not match the example given.

Option C:
Option C is correct because samanyatodrsta literally means “known from generality” and applies to uniform associations that guide such inferences. It fits the moon-motion illustration.

Option D:
Option D, anvayavyatireki, concerns vyapti established through both positive and negative instances, which is another basis of classification, not this particular non-causal pattern.

Statements A, B and D accurately describe typical features of online testing and proctoring platforms, while statement C is too absolute and false. Many systems can score objective questions automatically and randomise questions to discourage malpractice. Proctored exams may legitimately monitor candidates through webcams, microphones and screen capture. Although descriptive answers are harder to evaluate automatically, systems can still collect them for human marking, so it is incorrect to say they can never be accommodated.

Option A:
Option A is incorrect because it includes only A and B and leaves out D. While automatic scoring and randomisation are correct features, online proctoring capabilities described in D are also widely used in high-stakes exams. Excluding D means this option does not list all the correct statements requested.

Option B:
Option B is correct because it groups together A, B and D, which jointly capture automated scoring, anti-cheating measures and remote invigilation. It explicitly excludes C, recognising that descriptive items can be included even if they are not always auto-scored. This makes it the only option that fully matches the correct set.

Option C:
Option C is incorrect because it mentions only B and D and omits A. Although B and D are true, leaving out A underestimates one of the primary advantages of computer-based testing, namely fast automatic scoring of many item types. Hence this combination is incomplete.

Option D:
Option D is incorrect because it treats all four statements as correct and thereby accepts C. Since C wrongly claims that essay-type questions can never be used in computer-based tests, this option cannot be considered correct.

Statements A, C and E are correct, while B and D are false. A cogent argument is by definition a strong inductive argument with true premises, so B mislabels weak arguments as cogent merely because their conclusion happens to be true. Soundness is defined for deductive arguments, not inductive ones, so D is also incorrect. A valid argument with false premises can be unsound, which C correctly notes, and UGC NET reasoning requires keeping these concepts distinct, which E expresses. Hence A, C, E only form the correct set.

Option A:
Option A is incomplete because it omits E, ignoring the exam-specific requirement that candidates differentiate these notions. A, C only therefore does not fully address the focus of the question.

Option B:
Option B is correct as it gathers the true definitional and exam-related statements while excluding B and D, which distort the ideas of cogency and soundness. This matches how standard logic texts and UGC NET materials treat the concepts.

Option C:
Option C is wrong because it adds B to the otherwise correct set, thereby endorsing the possibility of a weak argument being cogent merely on the basis of a true conclusion. A, B, C, E only thus includes a false statement.

Option D:
Option D is incorrect since it includes D, which misdefines soundness, and omits A, which correctly characterises cogent inductive arguments. C, D, E only fails to capture all correct statements and mixes in an error.

NEP 2020 notes that gifted and talented learners should receive enrichment, acceleration and more challenging work so that they remain engaged and can realise their full potential within inclusive schools.

Option A:
Option A is incorrect because making gifted learners repeat the same grade does not challenge them and can lead to boredom and underachievement.

Option B:
Option B is correct as it captures the idea of providing deeper, broader and sometimes faster learning experiences that match the needs of gifted students.

Option C:
Option C is wrong since ignoring the additional needs of gifted learners contradicts NEP’s commitment to support all learners, including those at the high-performance end.

Option D:
Option D is incorrect because the policy does not suggest that gifted children should leave school early; it emphasises keeping them in stimulating, supportive environments.

Statements A, B, C, D and F are correct, while E is false. Constraints do limit possible arrangements, and considering extreme cases can quickly reveal options or impossibilities. Careful re-reading prevents misinterpretation of conditions, and recording partial conclusions helps avoid redundant work. UGC NET often embeds such constraints in short narrative puzzles. E is wrong because ignoring even one condition can easily lead to an incorrect or incomplete answer. Therefore A, B, C, D and F only is the correct combination.

Option A:
Option A is incomplete because it leaves out F, which accurately notes the narrative style of many exam puzzles. Though A, B, C and D describe good reasoning techniques, they do not mention how such tasks are framed. Thus A, B, C and D only cannot be accepted.

Option B:
Option B is correct as it combines the core methods for handling constraints with the exam-related fact that scenarios are often presented as short stories. It sensibly excludes E, which suggests a casual attitude to conditions that would be dangerous in test settings. This makes the option fully consistent with good practice.

Option C:
Option C is wrong because it includes E, implying that overlooking conditions is usually harmless, and it omits A. The omission of A removes the basic idea that constraints restrict possibilities, while accepting E undermines the whole purpose of systematic reasoning. Hence B, C, D, E and F only cannot be chosen.

Option D:
Option D is incorrect since it accepts E and omits B. Without B, the heuristic of checking boundary cases is not acknowledged, and with E the option recommends an error-prone approach. Therefore A, C, D, E and F only is not a valid answer.

In an asiddha hetu, the middle term is not established as qualifying the pakṣa, so one of the trairūpya conditions fails at the outset. Saying “the sky is fragrant because it is a lotus” presupposes that the sky has the property of being a lotus, which is obviously false. Since the pakṣa does not possess the alleged hetu, the inference cannot legitimately proceed. The reason remains unproved in the subject and so is labelled asiddha.

Option A:
Option A clearly shows a middle term, “being a lotus,” that is not actually present in the subject, the sky, thus exemplifying the unproved middle defect.

Option B:
Option B presents the classic valid Nyāya inference where smoke is genuinely present on the hill, so the hetu is siddha, not asiddha.

Option C:
Option C gives a plausible causal generalisation; even if debatable empirically, the middle term “having water” is clearly present in the lake and so is not unproved in the pakṣa.

Option D:
Option D links breakability to being made of clay, a widely accepted connection where the middle term is present in the pot, so it does not illustrate asiddha.

Studies and official warnings show that heatwaves in India are becoming more frequent, intense and prolonged. Climate change raises baseline temperatures, while urban heat islands amplify local extremes. These conditions increase risks of dehydration, heat stroke and mortality, particularly among outdoor workers, the elderly and the urban poor. Consequently, heat action plans, early warning systems and urban design measures are now central components of adaptation strategies.

Option A:
This option is incorrect because heatwaves have well-documented impacts on human health, including increased mortality and hospital admissions. Ignoring human impacts overlooks key concerns for public policy.

Option B:
This option misrepresents current scientific understanding; while natural variability plays a role, climate change has made many recent heat extremes more likely and more intense.

Option C:
This option correctly summarises how climate change and urbanisation interact to amplify heat risks and why adaptation measures are essential. It links physical hazards with social vulnerability and development planning.

Option D:
This option is wrong because extreme heat often increases electricity demand for cooling, which can stress power systems and raise emissions if supplied by fossil fuels. There are clear risks, not automatic mitigation benefits.

Statements A, B and D are correct, whereas C and E are incorrect. A is true because unclear handwriting or disorganised remarks reduce usefulness. B is true as balanced feedback motivates while still pointing to improvements. D is true since specific suggestions help learners know what to do next. C is false because one-word comments rarely show what is good or vague, and E is false because harsh or supportive tone influences how feedback is interpreted. Therefore, A, B and D only is the correct combination.

Option A:
Option A gathers A, B and D, illustrating legibility, balance and future-oriented guidance, and rejects C and E, which minimise detail and tone. Because all included statements are accurate and the incorrect ones are excluded, this option is correct.

Option B:
Option B lists A and B only and omits D, ignoring the crucial role of feedback in directing future work. As such, A and B only is incomplete.

Option C:
Option C brings together B, D and E, but E wrongly states that tone does not matter, contradicting evidence about affective responses to feedback. Including E makes B, D and E only invalid.

Option D:
Option D presents A, C and D, but C is incorrect because vague comments do not provide actionable guidance. Therefore, A, C and D only cannot be accepted.

Proxemics examines how the use of physical distance and spatial arrangements communicate messages. A teacher moving closer to inattentive students signals focus,control and concern. The behaviour relies on spatial positioning rather than words. Therefore it is a case of proxemics.

Option A:
Oculesics focuses on eye contact and gaze,not body distance.

Option B:
Chronemics relates to timing and pauses rather than spatial proximity.

Option C:
Proxemics is about communicating through space/distance; moving closer to manage attention is a clear proxemic cue.

Option D:
Haptics involves communication through touch,which is not described here.

A ratio scale possesses all the properties of an interval scale—equal units and meaningful differences—plus a true zero point that indicates the complete absence of the quantity being measured. Because of the true zero, statements such as one value being twice another are meaningful. Examples include height, weight and Kelvin temperature. Thus, a scale with equal units and a true zero that allows ratio comparisons is correctly called a ratio scale.

Option A:
Nominal scales classify objects into categories without any inherent order, such as gender or blood group. They do not have equal units or a zero point with quantitative meaning, so they do not match the stem.

Option B:
Ordinal scales rank order items but do not guarantee equal intervals between ranks; they allow comparison of “greater than” or “less than” but not meaningful differences or ratios. Hence, ordinal is not the right answer.

Option C:
Interval scales have equal units and allow meaningful differences to be calculated, but they lack a true zero, so ratios can be misleading. Celsius temperature is a classic example. Therefore, interval does not fulfil the true-zero condition in the stem.

Option D:
Option D, ratio scale, uniquely combines equal intervals with an absolute zero, enabling multiplication and division operations that are not valid on other scales. This matches the description in the question precisely.

The task is to identify the wrong statement about UGC functions. Statements A, C and D correctly describe the UGC’s role and nature as a statutory body that coordinates and maintains standards and provides grants. Statement B is wrong because UGC does not conduct all undergraduate and postgraduate examinations; universities and other examining bodies conduct these. Since only B is wrong, the correct combination must contain B alone.

Option A:
Option A is correct because it isolates statement B as the only wrong statement. It recognises that examinations are the responsibility of universities and other approved bodies, not the UGC directly. At the same time, it implicitly treats A, C and D as correct, which is consistent with the statutory mandate of the UGC.

Option B:
Option B is incorrect because it treats both A and B as wrong. Statement A is in fact correct; UGC does coordinate and maintain standards in university education. Including A as a wrong statement therefore makes this combination invalid.

Option C:
Option C is incorrect because it combines B with D as wrong statements. While B is indeed wrong, statement D is correct since the UGC was established under the UGC Act, 1956, passed by Parliament. Marking D as wrong conflicts with basic statutory facts, so this option cannot be accepted.

Option D:
Option D is incorrect because it assumes all four statements are wrong. That would incorrectly deny UGC’s statutory status and its standard-setting and funding roles. Since only statement B is actually wrong, treating all statements as wrong is a clear overstatement.

Peer review involves colleagues from the same discipline or profession evaluating a teacher’s work, whether in research or teaching. In teaching, peers may observe classes, review materials and provide feedback for improvement or decision-making about promotion. The stem explicitly mentions evaluation by colleagues of the same profession, which defines peer review. Thus, Option A is the correct answer.

Option A:
Peer review is valued because peers can understand subject-specific pedagogy and standards better than outsiders. It can lead to constructive feedback, sharing of good practices and collective responsibility for quality. These features align well with the process described in the question.

Option B:
Student review involves learners giving feedback on teaching effectiveness and is important but differs from professional peer evaluation. It focuses on learners’ perceptions rather than professional judgments, so this option is not appropriate.

Option C:
Self-review or self-evaluation is a reflective exercise in which teachers assess their own performance. While useful, it does not match the external evaluation by colleagues mentioned in the stem.

Option D:
Parent review might occur in school settings where parents comment on teachers, but it is not a common mechanism for teacher appraisal in higher education. It does not match the professional peer context implied in the question.