UGC NET Questions (Paper – 1)

An academic audit is a structured process where external or internal reviewers examine academic procedures and practices to assess their effectiveness and alignment with institutional goals. It focuses on how curricula are designed, how teaching is delivered and how assessment is conducted, aiming at continuous quality improvement. The stem describes such a systematic review, which is precisely an academic audit, so Option B is correct.

Option A:
Academic audit emphasises processes rather than outcomes alone, encouraging departments to reflect on their procedures and make evidence-based enhancements. It supports accountability and improvement in the Higher Education System, closely matching the description in the question.

Option B:
A timetable simply schedules classes and examinations and is not a review process. Therefore, Option A does not answer the stem.

Option C:
A hostel check relates to residential facilities and student living conditions, which are outside the scope of curriculum and teaching processes discussed here, making Option C inappropriate.

Option D:
Sports day is a co-curricular event and not a systematic review mechanism for academic processes. Thus, Option D is clearly incorrect.

For 7B₁₆, the digit 7 is in the 16's place and B represents 11 in decimal. The value is 7×16 + 11×1. Calculating 7×16 gives 112 and adding 11 yields 123. Thus, the decimal equivalent of 7B is 123.

Option A:
Option A, 115, would result from a different combination of hex digits such as 73₁₆. It does not agree with the correct weighted sum for 7B.

Option B:
Option B, 119, is smaller than 123 and would require less contribution from either the 16's place or the units place. The digits 7 and B fix those contributions.

Option C:
Option C, 121, is close but still two less than 123, indicating a miscalculation. Accurate computation shows the total is 123, not 121.

Option D:
Option D is correct because 7×16 + 11 = 112 + 11 = 123. This is a direct application of hex place values to obtain the decimal result.

Each term is a 5-letter consecutive block sliding forward by one starting letter: P, Q, R, S. Next start is T, giving TUVWX.

Option A:
Option A is correct because it starts at T (after S) and continues with U,V,W,X.

Option B:
Option B (UVWXY) would be the term after TUVWX, so it is one step ahead.

Option C:
Option C repeats the last term and stops the slide.

Option D:
Option D goes backward to an earlier term.

To solve 3x − 5 = 2x + 7, we first bring like terms together. Subtracting 2x from both sides gives x − 5 = 7. Then we add 5 to both sides to isolate x, obtaining x = 12. This value satisfies the equation when substituted back, confirming that 12 is the correct solution.

Option A:
Option A, 6, does not satisfy the equation because substituting x = 6 gives 3 × 6 − 5 = 13 and 2 × 6 + 7 = 19, which are not equal. This indicates that 6 cannot be the solution.

Option B:
Option B, 10, also fails on substitution, as 3 × 10 − 5 equals 25 while 2 × 10 + 7 equals 27, showing a mismatch between the two sides.

Option C:
Option C results in equal values on both sides when substituted, with 3 × 12 − 5 giving 31 and 2 × 12 + 7 also giving 31. This equality verifies that x = 12 satisfies the original equation.

Option D:
Option D, 15, leads to 3 × 15 − 5 = 40 and 2 × 15 + 7 = 37, again producing unequal sides and ruling out 15 as a solution.

Physical barriers are caused by environmental or structural conditions such as distance,obstructions or poor lighting. Students far from the board with reduced visibility encounter a spatial obstacle. Even if the message itself is clear,the physical setting blocks part of it. Hence this is a physical barrier.

Option A:
The barrier arises from the arrangement of space and location of students. Such tangible conditions define physical barriers,making this option correct.

Option B:
Semantic barriers stem from misunderstandings of word meanings,not from distance.

Option C:
Cultural barriers arise from differing social norms and not from where students sit.

Option D:
Organisational barriers deal with structures and procedures at institutional level,rather than seating arrangements in one classroom.

NEP 2020 clearly states that GER in higher education, including vocational education, should rise to about 50% by 2035, which is why 50% is the correct target figure.

Option A:
Option A is correct because it matches the explicit numerical target and year mentioned in the policy for higher education participation.

Option B:
Option B is incorrect as 35% is below the desired level and does not represent the 2035 goal laid out in NEP.

Option C:
Option C is wrong because 75% is far more ambitious than the policy’s stated objective and is not the official target.

Option D:
Option D is incorrect since 100% GER in higher education is not proposed; universalisation in NEP refers mainly to school education, not to higher education.

Sampling error refers to the natural discrepancy between sample statistics and population parameters that arises because only part of the population is observed. Even with perfectly random sampling and accurate measurement, different samples will yield slightly different estimates. This variability is quantified in terms such as standard error and confidence intervals. Hence, the difference described in the stem is correctly called sampling error.

Option A:
Measurement error occurs when the instruments or procedures used do not yield perfectly accurate values, leading to inaccuracies that are distinct from the randomness of sampling. It is related to how variables are measured rather than to the fact that only a subset is observed. Therefore, measurement error is not the best completion.

Option B:
Systematic error is a consistent bias in measurement or procedure that pushes results in one direction, such as miscalibration or interviewer bias. It does not average out across samples and is not due simply to using a subset. Consequently, systematic error is not what the stem is defining.

Option C:
Sampling error arises even in well designed probability samples and can be estimated and controlled by appropriate sample sizes. It reflects sample-to-sample fluctuation, making it the correct term for the discrepancy between sample and population values mentioned in the question.

Option D:
Non-response error occurs when individuals who fail to respond differ systematically from those who do, introducing bias, but this is a specific non-sampling error, not the inherent fluctuation due to partial observation. Thus, non-response error is not the accurate completion.

Closed-ended questions present respondents with a limited set of predefined response options, such as yes/no, multiple-choice categories or rating scales. This format simplifies coding, tabulation and statistical analysis because responses can be easily quantified. It also reduces ambiguity and helps ensure that all respondents interpret options in a similar way. Hence, items with fixed responses like ‘yes’ or ‘no’ are accurately described as closed-ended questions.

Option A:
Open-ended questions allow respondents to answer in their own words without being constrained to predefined categories. They yield rich qualitative data but are harder to code and analyse quantitatively. Since the stem explicitly mentions a fixed set of responses, open-ended questions are not the correct type.

Option B:
Closed-ended questions restrict answers to specified alternatives, which enhances comparability across respondents and increases reliability of measurement. This structure fits the description of yes/no items given in the question.

Option C:
Projective questions use ambiguous stimuli or tasks, such as sentence completion or story-telling, to uncover underlying attitudes or motives. They do not typically employ simple fixed categories like yes/no, so projective questions are not appropriate here.

Option D:
Leading questions are worded in a way that suggests a preferred answer or biases respondents, which is a problem of wording rather than of response format. They may be open or closed, but the stem is focused on fixed response sets, making leading questions an incorrect completion.

A collaborative school culture values collective responsibility and joint decision-making. Teachers are encouraged to work together,share leadership and support one another’s practice. Policies that promote collegial decision-making clearly reflect this type of culture. Thus,the stem points to a collaborative culture.

Option A:
Bureaucratic culture stresses rigid procedures and hierarchy rather than shared leadership and collegiality. It often limits teacher participation in decisions.

Option B:
Authoritarian culture centralises power in administrators or a few individuals,with little room for teacher input,which contradicts the collegial emphasis described.

Option C:
Collaborative culture supports professional learning communities and joint problem-solving,which aligns with the description of shared leadership in the question.

Option D:
Individualistic culture encourages teachers to work largely alone and protect their autonomy,not to engage in shared decision-making.

Each term is a block of four consecutive letters and the block slides one position to the right in the alphabet. The starting letters P, Q, R and S progress forward by one step in each term. After STUV, the next block should begin with T and include the next three letters U, V and W. Hence TUVW is the unique group that continues the sliding four letter window pattern.

Option A:
Option A, UVWX, is a proper four letter block but its starting letter U is two steps ahead of S rather than one. It corresponds to the block that would come after TUVW, not immediately after STUV. Because the series advances the starting point by only one letter at a time, UVWX cannot be the immediate next term.

Option B:
Option B is correct because TUVW starts with T, the next letter after S, and continues with U, V and W in order. It keeps both the length of the group and the sliding by one letter consistent with all earlier transitions. This perfect match with the sliding window rule makes TUVW the correct continuation.

Option C:
Option C, STUV, simply repeats the last given term instead of moving the starting letter forward. The pattern does not show any repetition or cycling of groups. Using STUV again would freeze the progression, so it cannot be the right answer.

Option D:
Option D, RSTU, moves backward in the sequence to a previous block. The series clearly moves forward in the alphabet, and there is no indication of reversal. Thus RSTU does not fit as the next term.

Statements A, B, C and D are correct because they reflect the standard definition of ecological footprint, its relationship with urban consumption, and the role of design and comparative analysis. The metric estimates land and water area needed for resources and waste, urbanisation can expand demand, compact design and transit can lower per capita pressure, and footprints can be compared across places. Statements E and F are incorrect since ecological footprints do not capture cultural or spiritual values and clearly depend on both population and per capita consumption patterns. Therefore, the correct set of statements is A, B, C and D only.

Option A:
Option A is correct as it includes all the true statements about ecological footprints and excludes E and F, which exaggerate the scope of the indicator and over-simplify its determinants. It captures both the measurement concept and its practical uses in urban sustainability analysis.

Option B:
Option B is incorrect because it includes F, which claims that footprints depend only on population size. This ignores the crucial role of consumption levels and technology in determining the magnitude of ecological footprints, so the option mixes true and false statements.

Option C:
Option C is incorrect since it accepts both E and F along with the true statements. Adding E implies the indicator fully covers cultural and spiritual aspects, which it does not, and adding F misstates the drivers of ecological demand, making the whole combination invalid.

Option D:
Option D is incorrect because it omits A and treats only B, C and D as correct. Leaving out A removes the basic definition of ecological footprint, which is essential for understanding the rest of the statements.

Statements A and C correctly capture the regulatory vision of NEP 2020. A is true because the policy envisages a Higher Education Commission of India with distinct but coordinated verticals for regulation, accreditation, funding and standards. C is also true as “light but tight” regulation is a key phrase used to describe a system focused on outcomes, disclosure and academic integrity rather than intrusive control. B is false since NEP does not remove regulation altogether; it restructures it. D is false because professional councils continue to frame professional standards even as their roles are harmonised with the new framework. Hence, the combination A and C only is correct.

Option A:
Option A is incorrect because it includes only A and omits C. While A is true, leaving out C ignores the crucial guiding principle of “light but tight” regulation that shapes the proposed framework, so the combination is incomplete.

Option B:
Option B is correct because it selects both A and C, the two true statements, and excludes B and D which misrepresent NEP’s stance on regulation and professional councils. This option recognises both structural reform and the guiding regulatory philosophy.

Option C:
Option C is incorrect because it adds B, implying that NEP withdraws regulation completely. Including B mixes one false statement with the two true ones and therefore cannot represent the correct combination.

Option D:
Option D is incorrect because it includes D, which wrongly claims that professional councils will stop specifying standards, and omits the fact that regulation remains structured under a reformed overarching body.

Synchronous communication occurs when interaction happens in real time with immediate feedback. Live video conferencing allows participants to see and hear each other, ask questions and respond instantly. It is widely used in online classes, webinars and virtual meetings. Therefore, it clearly represents a synchronous ICT tool in education.

Option A:
This option correctly points to real-time video conferencing platforms that approximate face-to-face classroom interaction. They support audio, video, screen sharing and chat simultaneously. Because teacher and students are present at the same time, communication is synchronous. Hence, this tool fits the definition in the question.

Option B:
Email communication is inherently asynchronous because messages are sent and read at different times. Participants do not need to be online simultaneously. While valuable for reflection and documentation, email does not provide immediate back-and-forth interaction.

Option C:
Recorded lectures uploaded to an LMS can be accessed at any convenient time, making them asynchronous resources. Students cannot usually interact live with the teacher while watching these recordings. Hence, this tool does not represent synchronous communication.

Option D:
Downloadable e-textbooks allow self-paced reading and study, which is asynchronous. They do not provide live interaction or instant feedback from teachers or peers. Therefore, they are not examples of synchronous communication tools.

Statement A correctly defines variance as the mean of squared deviations from the mean (in the population sense). Statement B is true because standard deviation is the positive square root of variance. Statement D is also correct since a larger standard deviation reflects more spread in the data. Statement C is false because if all observations are equal, both variance and standard deviation are zero. Statement E is false for the same reason. Therefore, A, B and D only are correct.

Option A:
Option A is incomplete; while A and B are true, it omits D and thus fails to connect standard deviation to dispersion.

Option B:
Option B is correct because it includes all three accurate statements and excludes C and E, both of which incorrectly deny the possibility of zero spread.

Option C:
Option C is wrong because it includes C (false), even though B and D are true.

Option D:
Option D is wrong because it includes E (false) and omits B (definition link), so it cannot be correct.

Statements A, B, D and E correctly represent the Buddhist doctrine of momentariness, while C is false. The view holds that conditioned entities last only for a kṣaṇa and that supposed enduring substances are conceptual impositions, which undermines substantialist metaphysics and notions of a permanent self. This perspective shapes Buddhist explanations of causation and personal identity, and UGC NET questions often connect it to logical problems about change. Nyaya criticises, rather than fully accepts, this momentariness, making C incorrect.

Option A:
Option A is incomplete as it omits E, failing to mention explicitly how this doctrine can appear in exam questions. A, B, D only therefore does not fully meet the stem’s requirements.

Option B:
Option B is correct because it brings together the main doctrinal points and the exam relevance, while excluding C, which misstates Nyaya’s stance. This combination aligns closely with standard summaries of kṣaṇikatvāda.

Option C:
Option C is wrong since it omits A and therefore fails to state clearly the core thesis that all conditioned things are momentary. B, D, E only thus gives a partial and less precise account.

Option D:
Option D is incorrect as it includes C along with other true statements, wrongly suggesting inter-school agreement where there is actually debate. A, C, D, E only therefore mixes false information with correct material.