UGC NET Questions (Paper – 1)

Statements B, C and D correctly describe typical features of educational cloud storage services, while A is false. Cloud storage is designed to be accessed from multiple authorised devices over the Internet, not restricted to one device. Many services also maintain version history and support shared folders for collaboration. Therefore, the combination B, C and D only is the correct set of statements.

Option A:
Option A is incomplete because it includes only B and C and omits D. While remote storage and version history are important, shared folders for collaborative work are also a central reason institutions adopt cloud storage.

Option B:
Option B is correct because it gathers all three true statements and excludes A, which wrongly claims that access is limited to a single device. It accurately reflects how cloud storage is used for flexible and collaborative educational work.

Option C:
Option C is incorrect because it includes A, B and C as correct and thus accepts A. Since cloud services are typically available across multiple devices, accepting A contradicts the common design of such systems.

Option D:
Option D is incorrect because it assumes that all four statements are correct and therefore accepts the false restriction described in A. This combination misrepresents the multi-device accessibility of cloud storage.

The SIGHT (Strategic Interventions for Green Hydrogen Transition) scheme is a core part of the mission. It offers incentives for setting up domestic electrolyser manufacturing capacity and for producing green hydrogen and its derivatives. These incentives aim to lower costs and support decarbonisation of sectors such as fertilisers, refining and steel, where direct electrification is challenging. By boosting local industry, the scheme also creates jobs and reduces technology dependence.

Option A:
This option is incorrect because grey hydrogen from natural gas without capture is emissions-intensive and not the target of green-hydrogen policies.

Option B:
This option correctly identifies domestic electrolysers and green hydrogen/ammonia production as the objects of SIGHT incentives and links them to industrial decarbonisation.

Option C:
Subsidising coal mines would contradict the mission’s purpose of promoting low-carbon fuels, so this option is not valid.

Option D:
Diesel-based captive plants increase emissions and are not supported by the green-hydrogen mission.

Statements A, B and D capture key features of Learning Management Systems, whereas statement C is incorrect. LMS platforms typically organise learning materials and activities, monitor learner progress and can support both blended and fully online delivery. Many also integrate communication tools to facilitate interaction. Thus, the combination including A, B and D but excluding C is the correct one.

Option A:
Option A is correct because it selects A, B and D as true statements and leaves out C. It reflects the role of an LMS as a comprehensive platform for content delivery, tracking and flexible course design. Since it avoids the incorrect claim in statement C, this option is consistent with actual LMS capabilities.

Option B:
Option B is incorrect because it lists only A and B as correct, omitting D. Statement D is also true because LMS platforms are widely used to manage both blended and fully online courses. Leaving out D means the option does not cover all correct statements.

Option C:
Option C is incorrect because it groups B and C as correct, even though C is false. Many LMS platforms provide robust communication tools for teacher–student and peer interaction. Including C alongside B makes the answer partly wrong and incomplete.

Option D:
Option D is incorrect because it assumes that all four statements are correct. Accepting C would imply that LMSs never have communication tools, which is contrary to how they function in practice. Any correct option must therefore exclude that statement.

An exclusive “or” implies that choosing one option rules out the other. Examination instructions that say you may answer in English or in Hindi usually mean that you must choose exactly one language for your answer sheet. Answering in both languages is typically not allowed. Thus, the “or” is naturally interpreted as exclusive, indicating a choice between alternatives.

Option A:
Option A invokes a testing context where using both options would violate the implicit rule, so the disjunction is best read as “one but not both,” which captures exclusivity.

Option B:
Option B is often inclusive in practice; some exams allow both a pen and a pencil, so the context does not clearly exclude taking both.

Option C:
Option C can also be inclusive, since meetings can sometimes be open to both students and teachers together.

Option D:
Option D explicitly allows “both,” making the “or” inclusive by directly stating that dual use is possible.

Statements A, B, C, E and F correctly describe key aspects of deductive and inductive reasoning, while D is false. Deductive reasoning aims at necessity, and when a deductive argument is sound, true premises guarantee a true conclusion. Inductive reasoning supports probabilistic conclusions such as sample-based generalisations, and UGC NET passages may mix both patterns in a single item set. D is wrong because many inductive arguments are acceptable and widely used in science and everyday life.

Option A:
Option A is correct because it includes all the true statements A, B, C, E and F and excludes D, which wrongly dismisses all inductive arguments as invalid. This option captures the contrast between necessity and probability, highlights the role of generalisation and reflects exam usage. It therefore matches the actual theory of reasoning tested in Paper 1.

Option B:
Option B is incorrect because it omits E and F, leaving out the important points about generalisations from samples and the appearance of both patterns in UGC NET questions. Although A, B and C are true, they do not provide a complete picture of how inductive reasoning is used and assessed. Hence this combination under-represents the correct information.

Option C:
Option C is wrong because it still omits F and thus fails to note the mixed presence of deductive and inductive reasoning in exam passages. Without F, the practical exam context is lost, even though A, B, C and E are all true. As such, this option does not fully answer the question about which statements are correct.

Option D:
Option D is incorrect because it ignores A, which defines deductive necessity, and includes only B, C, E and F. While all four included statements are true, leaving out A means that the central definition of deductive reasoning is missing. Therefore this combination does not contain all the correct statements from the list.

A conceptual framework organises key variables and constructs of a study into a visual or diagrammatic form, often using boxes to represent concepts and arrows to show presumed directions of influence. It is built from theory and prior research and illustrates the logic of how the researcher expects variables to be related. This framework guides the formulation of hypotheses, selection of measures and interpretation of findings. Therefore, the visual model described in the stem is accurately termed a conceptual framework.

Option A:
A sampling framework or sampling frame is the list or structure from which a sample is drawn and is not typically depicted as a network of variables and arrows. It concerns elements or units rather than theoretical relationships. Hence, sampling framework does not fit the stem.

Option B:
Operational framework would describe how constructs are operationalised or measured in practice, but this term is not commonly used to label the visual theoretical model of variables and relationships. It focuses more on procedures than on conceptual linkages, so operational framework is not the best completion.

Option C:
Statistical framework might refer to a set of assumptions and models used for data analysis, such as regression or multilevel models. While it involves variables, it is not necessarily represented as a box-and-arrow diagram outlining theoretical relationships. Thus, statistical framework is not the correct answer here.

Option D:
Conceptual frameworks help readers quickly grasp the structure of the research problem and the proposed causal or associative pathways, which is exactly the function described in the question.

Non verbal communication includes all message cues other than spoken or written words,such as posture,facial expressions and gestures. The stem distinguishes these from oral and written forms. Therefore body posture and facial expressions belong to non verbal communication. They often modify or reinforce the verbal message.

Option A:
Non verbal communication is crucial in classrooms because it conveys attitudes,emotions and levels of engagement. This option fits the behavioural examples given.

Option B:
Written communication refers specifically to text on paper or screens,not visible bodily cues.

Option C:
Mass communication describes mediated one to many messages and is not limited to posture or expressions.

Option D:
Intrapersonal communication would involve internal thoughts,not external body language viewed by others.

Consecutive terms differ by 7: 11 − 4 = 7, 18 − 11 = 7 and 25 − 18 = 7. This confirms an arithmetic progression with common difference 7. Adding 7 to the last term 25 gives 32. Therefore, 32 is the correct next term in the sequence.

Option A:
Option A is 29, which is only 4 greater than 25 and breaks the consistent step of 7. There is no reason in the earlier terms to reduce the difference. Hence, 29 is not correct.

Option B:
Option B equals 32, coming from 25 + 7 and preserving the constant difference of 7. The series 4, 11, 18, 25, 32 maintains a clear arithmetic structure. This makes 32 the appropriate continuation.

Option C:
Option C is 35, which is 10 more than 25 and introduces a difference of 10 not seen earlier. This would create an irregular jump at the end of the series. Therefore, 35 does not match the pattern.

Option D:
Option D is 36, giving a final difference of 11. Such a difference is unsupported by any prior step and distorts the simple structure. Thus, 36 is not the correct answer.

This sequence follows the polynomial rule aₙ = 3n⁴ + n³ + n with n starting from 1. Evaluating the expression for n = 1, 2, 3, 4 and 5 yields 5, 58, 273, 836 and 2005, matching the given terms exactly. For n = 6, we obtain a₆ = 3·6⁴ + 6³ + 6 = 3·1296 + 216 + 6 = 3888 + 222 = 4110. Therefore 4110 is the only number that fits this functional pattern and correctly continues the series.

Option A:
Option A, 4086, is 24 less than the value predicted by 3n⁴ + n³ + n when n = 6. Choosing 4086 would require reducing the correct polynomial result at this term, even though earlier values are exact. This violates the consistency of the pattern, so option A is not acceptable.

Option B:
Option B, 4098, is 12 less than the correct value and again cannot be expressed as 3·6⁴ + 6³ + 6. It provides an approximation but not the true outcome of the formula. In a high-level series problem, such a discrepancy means the option does not represent the genuine rule.

Option C:
Option C, 4122, is 12 greater than the correct term 4110 and likewise does not match the polynomial output. Accepting 4122 would introduce an unexplained upward shift at the last step. Therefore this choice cannot be considered a valid continuation of the series.

Option D:
Option D, 4110, is exactly the value obtained when n = 6 is substituted into 3n⁴ + n³ + n. It preserves the same combination of a strong quartic term, a cubic correction and a linear part that explains the earlier numbers. Because it extends the rule seamlessly, option D is the correct answer.

A Likert scale presents statements and asks respondents to choose among ordered response categories such as strongly agree, agree, neutral, disagree or strongly disagree. The responses are scored to reflect the direction and intensity of attitude toward the issue. It is widely used because it is simple to construct and easy for respondents to understand. Since the stem refers to indicating levels of agreement or disagreement with statements, the correct term is Likert scale.

Option A:
The Likert scale treats the ordered categories as reflecting increasing or decreasing levels of the underlying attitude and often sums scores across multiple items to obtain a composite measure. This approach matches the description in the stem, which emphasises degree of agreement with a series of statements.

Option B:
A semantic differential scale uses bipolar adjective pairs, such as good–bad or strong–weak, at the ends of a continuum and asks respondents to mark their position between them. It measures connotative meanings rather than straightforward agreement or disagreement, so it does not fit the stem.

Option C:
A Guttman scale, or cumulative scale, arranges items so that agreement with a particular statement implies agreement with all less extreme statements. It is more complex to construct than a Likert scale and is not simply about rating agreement for each independent item. Therefore, Guttman scale is not the best answer here.

Option D:
Thurstone scales involve expert judges assigning scale values to statements and then using these values to measure attitudes, which is a laborious procedure. While they also measure attitudes, they do not primarily use the familiar agree–disagree format described in the stem. Hence, Thurstone scale is not the correct completion.

Vyapti expresses the universal and invariable relation between the hetu and the sadhya. It states that wherever the middle term is present, the major term is also present. This unbroken concomitance underlies the validity of inference in Indian logic. Therefore the relation described in the stem is called vyapti.

Option A:
Option A, paksha, is the subject or locus in which the middle term is asserted. It refers to the site of inference, not to the invariable relation itself. Hence paksha is not the correct term here.

Option B:
Option B, hetu, is the middle term or reason cited to prove the sadhya. While hetu participates in vyapti, it is not the name of the relation of concomitance. Thus hetu does not answer the question precisely.

Option C:
Option C correctly names vyapti as the universal concomitance between hetu and sadhya. It is expressed in examples like “wherever there is smoke, there is fire”. Therefore vyapti is the best fit for the stem.

Option D:
Option D, nigamana, signifies the concluding statement of the five-membered inference. It summarises what has been established but does not denote the underlying relation. Consequently nigamana is not the answer sought.

NEP 2020 supports strategic internationalisation rather than isolation. It proposes allowing top-ranked foreign universities to set up campuses in India under clear regulations. It also encourages Indian HEIs to form international partnerships and promote student and faculty mobility. The goal is to enhance quality and global competitiveness.

Option A:
Closing off all collaborations would hinder research and quality improvement and is not suggested in NEP 2020.

Option B:
This option summarises NEP’s balanced view: openness with safeguards and mutual benefit.

Option C:
NEP welcomes foreign students and seeks to make India a global study destination, not to exclude them.

Option D:
Blindly copying foreign curricula without adaptation would ignore local needs and contexts, which NEP insists should be respected.

Shodhganga is a digital repository maintained by INFLIBNET where Indian universities deposit electronic versions of PhD theses and dissertations. It promotes open access to research and supports academic integrity. ICT infrastructure makes these works widely discoverable. Thus, the repository described is Shodhganga.

Option A:
Option A is correct because Shodhganga is the well known national repository for theses and dissertations in India.

Option B:
Option B, ShodhSindhu, is the e journal consortium and not the thesis repository.

Option C:
Option C, e Vidya, does not correspond to this specific initiative.

Option D:
Option D, GyanSagar, is not the official name of the repository.

Internationalisation of higher education refers to the process of integrating an international, intercultural or global dimension into the purpose, functions and delivery of post-secondary education. It includes activities such as student and staff exchanges, joint degree programmes and overseas campuses. The stem lists student and faculty mobility, cross-border collaborations and overseas campuses, all of which are key forms of internationalisation. Thus, Option C is the correct completion.

Option A:
Internationalisation helps institutions benchmark quality globally, attracts diverse talent and exposes students to cross-cultural perspectives. These outcomes align closely with the phenomena described in the question.

Option B:
Localisation focuses on adapting content or practices to local contexts and cultures, which is almost the opposite direction of cross-border engagement. It does not capture the outward-looking dimension highlighted in the stem.

Option C:
Indigenisation refers to incorporating indigenous knowledge and perspectives, often to counter excessive foreign influence. While important, it is distinct from the global outreach implied by mobility and overseas campuses.

Option D:
Informalisation would suggest increasing informality or lack of structure, which is not central to global collaboration in higher education. Thus, this option does not fit the context.

Phishing typically involves sending deceptive emails or messages that appear to come from legitimate organisations to trick users into revealing confidential information. It relies on social engineering rather than purely technical attacks. Because it exploits human trust, it is a major ICT security concern. The practice described is accurately termed phishing.

Option A:
Option A is correct because phishing is the established name for fraudulent communication that attempts to lure users into providing sensitive data under false pretences.

Option B:
Option B, hacking, is a broader term covering unauthorised access to systems and may involve technical exploitation, not necessarily deceptive messages as in the question.

Option C:
Option C, debugging, involves finding and correcting errors in software and is a legitimate development activity.

Option D:
Option D, compiling, translates source code into machine code and has nothing to do with fraudulent acquisition of credentials.