UGC NET Questions (Paper – 1)

NEP 2020 calls for exams at all levels to move away from rote memorisation towards questions that assess understanding, application, analysis and critical thinking, so that teaching–learning also becomes deeper and more meaningful.

Option A:
Increasing rote-based questions would reinforce the very problems NEP identifies, such as superficial learning and exam-focused cramming.

Option B:
This option is correct because it directly states the desired shift towards application- and analysis-based items for assessing higher-order skills.

Option C:
Eliminating all written tests and using only attendance would provide no evidence of actual learning and is not suggested by the policy.

Option D:
Sports and physical education are important but cannot replace academic assessment; NEP argues for balanced, not exclusive, focus.

The fallacy of division arises when an arguer illegitimately infers that because a group or whole has a certain property, each individual member or component must also have that property. This overlooks the possibility that properties of the whole need not be shared by its parts. Logical evaluation requires examining whether the transfer of attributes is warranted in each case. Therefore the mistaken inference described in the stem is called the fallacy of division.

Option A:
Option A, composition, is the reverse error of assuming that what is true of parts must be true of the whole. While related, it moves in the opposite direction and so does not match the stem.

Option B:
Option B is correct because division specifically covers the inference from whole to part that fails to distinguish collective and distributive properties. For example, from “the team is famous” it does not follow that every player is famous.

Option C:
Option C, false cause, involves incorrectly identifying a causal relationship between events, which is unrelated to the whole–part misreasoning noted here.

Option D:
Option D, equivocation, rests on the ambiguous use of a term in different senses within an argument, not on illegitimate distribution of a property from whole to parts.

The post hoc fallacy occurs when someone assumes that because one event happens after another, the first event must have caused the second. Here, improvement in performance follows the introduction of a new method, and causation is asserted purely based on this sequence. The reasoning ignores other possible factors such as increased practice, changes in assessment or better resources. This unwarranted leap from temporal order to causal claim is exactly what the Latin label “post hoc ergo propter hoc” names.

Option A:
Option A, slippery slope, suggests a chain reaction of events leading to extreme consequences, which is not the pattern here.

Option B:
Option B identifies the specific error of inferring causation only from the fact that one event came after another, matching the structure of the argument given.

Option C:
Option C, hasty generalisation, involves drawing a broad conclusion from too few or unrepresentative cases, which is related but distinct from post hoc reasoning.

Option D:
Option D, false analogy, rests on inappropriate comparison between two cases, which is not central to this example.

Reflective level teaching is the highest level in the classic three-level classification,moving beyond understanding to critical examination of ideas. At this level,learners analyse assumptions,consider alternatives and justify their conclusions. They are encouraged to think about their own thinking and to transfer learning to new situations. Thus,the cultivation of critical thinking and independent judgement in the stem reflects the reflective level.

Option A:
Memory level teaching emphasises rote learning and recall of facts without requiring deep analysis or evaluation. It is not primarily associated with problem-solving in novel contexts.

Option B:
Reflective level teaching uses complex problems,open-ended questions and discussions that require learners to justify their reasoning. Because the stem highlights critical thinking,problem-solving and independent judgement,reflective is the most appropriate answer.

Option C:
Drill focuses on repeated practice to increase speed and accuracy in specific skills,which may still be at a low cognitive level. It does not inherently develop higher-order thinking.

Option D:
Remedial teaching targets specific learning difficulties and can involve different cognitive levels depending on the task. It is not itself a particular level of teaching in the memory–understanding–reflective framework.

Statements A and B correctly distinguish lower-order and higher-order questions in terms of recall and complex thinking. Statement C is true because combining both types allows teachers to build from basic understanding to deeper learning. Statement E is also true since group discussions and project work are suitable contexts for encouraging higher-order questioning. Statement D is false because large classes can still benefit from higher-order questions, and F is false because simply asking such questions does not guarantee critical thinking without appropriate support. Therefore, the correct set of statements is A, B, C and E only, making option C the right answer.

Option A:
Option A includes A and B, both true, but omits C and E, which further explain the value of mixing question types and using higher-order questions in interactive activities. The absence of these true statements means the set is incomplete. Hence A and B only cannot be the correct answer.

Option B:
Option B extends A and B to include C, which is correct, but still leaves out E, a true statement about contexts for higher-order questioning. Because a complete set of correct statements must also include E, A, B and C only is not adequate. Therefore option B is not correct.

Option C:
Option C contains A, B, C and E, all of which accurately describe the roles and uses of different levels of questioning. It rightly excludes D and F, which either unduly limit higher-order questions or assume they automatically produce critical thinking. Since it includes all and only the true statements, A, B, C and E only is the correct answer.

Option D:
Option D includes B, C, D and E but introduces D, which asserts that only lower-order questions should be used in large classes, a claim that underestimates students' capacity and the teacher's skill in managing time. The presence of D, a false statement, makes this option invalid. Thus B, C, D and E only cannot be accepted.

Option E collects A, D, E and F but contains D and F, both of which misrepresent higher-order questioning in terms of when it should be used and what it guarantees. Even though A and E are true, the inclusion of these two false statements undermines the set. Therefore A, D, E and F only is not the right answer.

Option F groups C, E and F and mistakenly treats F as correct, suggesting that merely asking higher-order questions always yields critical thinking. This ignores factors such as scaffolding, classroom climate and learner readiness. As a result, C, E and F only is not a valid combination.

The survey result describes a correlation between two behaviours: low sleep and higher coffee consumption. Logical reasoning requires us not to jump directly from correlation to causation. Several causal models are possible, including common underlying factors like stress or work patterns. A cautious interpretation acknowledges the association while calling for further study to clarify any causal link.

Option A:
Option A prematurely attributes causation in one direction without ruling out other possibilities.

Option B:
Option B simply reverses the direction of causality and is equally unwarranted based on the correlation alone.

Option C:
Option C states what the data actually show—an association—and correctly notes that more rigorous analysis is necessary to identify cause and effect, if any.

Option D:
Option D dismisses the association entirely, which is not justified simply because correlation does not specify causation.

Activities involving analysis, evaluation and creation are typically classified as higher order thinking in frameworks such as Bloom's taxonomy. ICT tools like spreadsheets, simulation software and programming environments can foster these skills by allowing students to manipulate information and explore scenarios. Therefore, the blank should be filled with higher.

Option A:
Option A, lower, order thinking includes basic recall and understanding, which are less demanding and not the main focus of the complex ICT uses described.

Option B:
Option B is correct because using ICT for data analysis and problem solving aligns with higher order cognitive processes.

Option C:
Option C, mechanical, suggests routine, unreflective behaviour, which contradicts the analytical and creative nature of the tasks mentioned.

Option D:
Option D, rote, learning emphasises memorisation without deep understanding and is not the target of such ICT activities.

An argument presents a claim along with supporting reasons. In the second statement, the claim “exam stress is harmful” is followed by the word “because” and two reasons: it reduces concentration and sleep quality. This combination of a conclusion with explicit supporting premises forms an argument. The other statements either express a bare opinion or an exclamation without justification.

Option A:
Option A is only a bare assertion of harm with no reasons; it may be true, but it is not structured as an argument.

Option B:
Option B clearly provides reasons after “because,” which are offered as support for the main claim, satisfying the definition of an argument.

Option C:
Option C is an emotive expression about how stress feels, lacking any explicit rationale to persuade.

Option D:
Option D is an incomplete remark about stress reappearing, again not giving reasons or establishing a conclusion from premises.

NEP 2020 underlines that all students, regardless of discipline, should cultivate critical and creative thinking. Arts and humanities are seen as powerful avenues to question assumptions, imagine alternatives and reflect on human experience. The stem refers to this intended outcome of broad-based education. Thus, “critical and creative” thinking is the correct phrase.

Option A:
Narrow thinking implies limited perspectives and resistance to new ideas, which is precisely what NEP aims to overcome. This option contradicts the spirit of the policy and so is not correct.

Option B:
Mechanical thinking suggests routine, unreflective responses without imagination. NEP 2020 explicitly seeks to move away from such rote or mechanical learning, making this option inappropriate.

Option C:
Critical and creative thinking captures both analytical rigor and imaginative problem solving. It is central to the NEP vision of holistic and multidisciplinary education, which is why this option matches the stem.

Option D:
Purely rote thinking relies mainly on memorisation without understanding or originality. The policy criticises rote learning, so this option cannot correctly complete the statement.

The question asks for the wrong statements about the aims of higher education. Statements A and C are clearly correct: higher education is meant to create and spread knowledge and to contribute to national development by preparing skilled, informed citizens. Statement B is wrong because higher education is expected to nurture critical thinking, democratic values and responsible citizenship. Statement D is wrong because employment is an important but not the sole purpose of higher education. Therefore, the combination that includes both B and D, and excludes A and C, is the correct answer.

Option A:
Option A is incorrect because it suggests that only B is wrong. While B is indeed a wrong statement, D is also incorrect in reducing higher education to a single purpose of employment. By not including D, this option does not capture all the wrong statements.

Option B:
Option B is incorrect because it identifies only D as wrong and ignores B. This disregards the essential role of higher education in developing critical and democratic dispositions, which makes B clearly wrong as well. Therefore, this partial identification makes the option invalid.

Option C:
Option C is correct because it recognises that both B and D are misaligned with the broader aims of higher education. It appropriately treats A and C as correct and isolates B and D as statements that distort or narrow the role of higher education.

Option D:
Option D is incorrect because it treats all four statements as wrong, which would deny the knowledge-creation role in A and the national-development role in C. Since A and C are correct, this option overgeneralises and cannot be accepted.

Statements A, C and D are correct because good questions must be clear, stimulate higher-order thinking and be accompanied by adequate wait time to allow processing. B is false since a mix of cognitive levels is desirable within a lesson to build from simple to complex learning. E is false because concentrating questions on a few students reduces participation and opportunities for learning. Therefore, A, C and D only is the correct combination.

Option A:
Option A lists A and C but omits D, ignoring the evidence that wait time improves both the quantity and quality of responses. As D is also true, A and C only is incomplete.

Option B:
Option B groups C and D but leaves out A, which identifies clarity as a basic feature of good questions. Without A, C and D only fails to capture the full picture of quality questioning.

Option C:
Option C adds B to A, C and D, but B wrongly insists on a single cognitive level throughout a lesson. Including B therefore makes A, B, C and D only an invalid option.

Option D:
Option D correctly combines A, C and D, highlighting clarity, thought stimulation and wait time, while excluding the unhelpful ideas in B and E. Hence A, C and D only is the correct answer.

Statements A, B, D and E together describe widely accepted components of digital citizenship, while C and F are false. Digital citizenship emphasises ethical use of ICT, awareness of intellectual property, respect for privacy and critical thinking about online content. Cyberbullying is a major digital citizenship concern, so calling it unrelated is incorrect. Limiting digital citizenship only to ICT professionals ignores the fact that all users, including students, need these competencies. Therefore the combination that includes A, B, D and E and excludes C and F is correct.

Option A:
Option A is correct because it includes all the statements that align with accepted definitions of digital citizenship. It recognises responsible use, intellectual property, privacy and critical evaluation as core ideas. Importantly, it excludes C and F, which either minimise cyberbullying or wrongly restrict digital citizenship to professionals, so this option matches the full set of correct statements.

Option B:
Option B is incorrect because it adds C to otherwise true statements. Including C treats cyberbullying as unrelated to digital citizenship, which contradicts the focus on respectful online behaviour and safety. The mixture of three true statements with one false statement makes the combination invalid.

Option C:
Option C is incorrect because it includes F and omits A. While B, D and E are true, F wrongly claims that students are outside the scope of digital citizenship. Leaving out A also removes the explicit reference to responsible and ethical ICT use, so this set cannot be accepted.

Option D:
Option D is incorrect because it adds F to A, B, D and E. Including F would mean accepting that digital citizenship is not relevant to students, which is inconsistent with school and university programmes that explicitly teach these skills. As a result, this combination is not correct.

Statements A, B, C and E accurately describe the scope of information literacy, while statement D is incorrect. Information literacy goes beyond basic device operation and includes recognising information needs, searching, critical evaluation and ethical use of information in academic and everyday contexts. It is particularly vital in higher education for conducting quality research and supporting lifelong learning. Since D wrongly limits information literacy to technical skills only, the correct combination is A, B, C and E only.

Option A:
Option A is correct because it gathers together all the true statements and excludes the false one. It acknowledges information literacy as a comprehensive set of abilities involving searching, evaluating, using and citing information responsibly. Leaving out D ensures that the narrow and incorrect view of information literacy is not accepted.

Option B:
Option B is incorrect because it includes all five statements as correct, thereby accepting D. Statement D misrepresents information literacy by excluding critical thinking and focusing only on device operation. A correct answer cannot endorse such a restricted view.

Option C:
Option C is incorrect because it selects A, C and D only. This combination leaves out important aspects like evaluation (B) and lifelong learning (E) while retaining the false statement D. Hence, it does not fully or accurately reflect information literacy.

Option D:
Option D is incorrect because it groups B, D and E, accepting the false statement D and omitting some true ones. Although B and E are correct, retaining D and excluding other true statements such as A and C distorts the concept.

A strong inductive argument is one in which the truth of the premises would make the falsity of the conclusion very unlikely. Unlike valid deductive arguments, inductive arguments do not aim at absolute necessity but at high probability. When the premises give robust support to the conclusion, the argument is said to be strong. Thus the criterion described in the stem corresponds to inductive strength.

Option A:
Option A, invalid, is a label used for deductive arguments in which it is possible for the premises to be true and the conclusion false. It is not a measure of inductive support and therefore does not match the probabilistic description in the question.

Option B:
Option B, weak, refers to an inductive argument whose premises provide little support for the conclusion. In a weak argument, the conclusion could easily be false even if the premises are true. This is the opposite of the condition noted in the stem.

Option C:
Option C is correct because strong inductive arguments specifically aim to make the conclusion unlikely to be false given the premises. This standard prepares the ground for the notion of cogency when the premises are also true.

Option D:
Option D, circular, indicates a flawed structure where the conclusion is essentially assumed in the premises. Such reasoning is not characterised by probability relations between distinct premises and conclusion, so it does not fit the stem.

Statements A, C, D and F present a balanced view of analogical reasoning and explanation in exam contexts. B is false because a single example cannot guarantee a universal generalisation; it can only suggest or illustrate. E is false since analogical arguments are typically inductive, providing support but not deductive certainty. The correct combination therefore includes A, C, D and F and excludes the two exaggerated claims.

Option A:
Option A is incomplete because it omits F, failing to mention that exams explicitly test the distinction between analogy and illustration. It also lacks an explicit reference to the exam context, making it less aligned with the question’s focus.

Option B:
Option B is incorrect as it leaves out C and includes F but misses one of the true statements about the dual role of analogies in clarification and argument. Without C, the description of analogical use remains incomplete.

Option C:
Option C is correct since it captures both the logical nature of analogy and the explanatory role, while emphasising that UGC NET questions may ask candidates to identify these patterns. It avoids the false claims that one example proves universals or that analogies are always deductive.

Option D:
Option D is wrong because it includes E, which mistakenly says all analogical arguments are deductive, and omits A, losing the core definition of analogical argument. This mix of omission and error makes the option unacceptable.