UGC NET Questions (Paper – 1)

Cognitive objectives target mental processes such as remembering, understanding and applying information. Interpreting graphs involves comprehension of data, recognising patterns and drawing conclusions, all of which are cognitive activities. The verb “interpret” clearly implies mental processing rather than physical or emotional change. Therefore, the objective in the stem belongs to the cognitive domain.

Option A:
Affective objectives focus on attitudes, values and feelings, such as developing appreciation for art or positive attitudes toward science. Interpreting graphs is not primarily about changing attitudes, so affective is not appropriate here.

Option B:
Psychomotor objectives deal with physical skills and coordination, for example handling instruments or performing lab techniques. Graph interpretation does not require specialised motor skills beyond basic reading, so it does not fit this domain.

Option C:
Cognitive objectives include tasks like explaining, interpreting and analysing, which match the wording of the stem. Hence, classifying the statement as a cognitive objective is correct.

Option D:
Social is not one of the three classic domains used here and usually refers to interpersonal skills, not specific mental operations on information.

In the revised version of Bloom’s taxonomy,the order of higher levels is analysing,evaluating and then creating at the top. Creating involves generating new products,ideas or ways of viewing things by combining elements in novel ways. This is considered the most complex cognitive process. Hence,the highest level is termed creating.

Option A:
Evaluating involves making judgements based on criteria and evidence,which is very high level but still below creating in the revised hierarchy.

Option B:
Analysing means breaking information into parts and understanding relationships,but it does not require producing something new.

Option C:
Applying focuses on using learned information in new situations but remains lower in complexity than analysing,evaluating or creating.

Option D:
Creating captures the idea of synthesis and innovation,which represents the peak of the cognitive domain in the revised taxonomy.

Bloom and other educational theorists classify objectives into cognitive, affective and psychomotor domains. The affective domain specifically concerns emotions, attitudes, values and dispositions. When teachers seek to foster interest, appreciation or commitment in students, they are working in this domain. Thus, the objectives mentioned in the stem clearly belong to the affective domain.

Option A:
Cognitive objectives focus on mental skills such as remembering, understanding and problem-solving. While beliefs and values may influence cognition, the cognitive domain does not primarily target attitudes and feelings. Therefore, it does not match the emphasis of the stem.

Option B:
Affective objectives include outcomes like developing positive attitudes toward science, respecting diversity or valuing academic honesty. Since the stem lists interests, attitudes and values, affective is the correct label and fits well with teaching aptitude theory.

Option C:
Psychomotor objectives involve physical skills and coordination, such as handwriting, lab techniques or sports skills. These objectives are important but relate to movement rather than emotional development.

Option D:
Social is a broader term that may involve interaction skills, but in the taxonomy of educational objectives the recognised domain for attitudes and values is affective, not simply social.

In Bloom’s revised cognitive taxonomy, the evaluating category involves making judgments about the value or quality of ideas, solutions or methods. Learners at this level use criteria and standards to critique, justify or choose among alternatives. It is considered a higher-order thinking process above applying and analysing in some interpretations. Therefore, objectives involving judgments based on criteria belong to the evaluating category.

Option A:
Remembering is the lowest level, concerned with recalling facts, terms or basic concepts without necessarily understanding them. It does not require the learner to apply criteria or make value judgments. Hence, it is not appropriate for the type of objective described in the stem.

Option B:
Understanding involves explaining ideas, summarizing information and interpreting messages. While it reflects meaningful comprehension, it stops short of evaluative judgment. As a result, it does not match objectives that require explicit use of criteria and standards.

Option C:
Evaluating requires learners to assess the merits of information or arguments using explicit or implicit benchmarks. Tasks such as critiquing a research report, judging the quality of an essay or defending a choice with reasons exemplify this level. Because the stem stresses making judgments based on criteria, this option correctly identifies the relevant category.

Option D:
Applying focuses on using learned material in new but concrete situations, such as solving routine problems. It does not necessarily involve critical judgment about the worth or validity of ideas. Thus, it is not the best description of objectives centred on evaluative decision-making.

Bloom’s framework distinguishes cognitive, affective and psychomotor domains. Demonstrating a titration requires precise hand movements, coordination and control of apparatus, so the behaviour belongs mainly to the psychomotor domain.

Option A:
Option A, the cognitive domain, concerns knowledge and mental skills like remembering, understanding and problem solving. Conceptual knowledge of titration is cognitive, but the act of performing it is motor-skill based.

Option B:
Option B correctly identifies the psychomotor domain, which includes manual and physical skills. Accurate titration demands fine motor control and coordinated actions, matching this domain.

Option C:
Option C, the affective domain, deals with attitudes, values and feelings. Liking laboratory work is affective, but actually doing titration is primarily psychomotor.

Option D:
Option D refers to a social domain, which is not one of the original three domains in the classic taxonomy. Titration can be performed individually without social interaction.

Bloom and his colleagues classified educational objectives into cognitive, affective and psychomotor domains. The affective domain deals with emotions, attitudes, interests, appreciation and value systems. Objectives in this domain focus on how learners feel about or respond to phenomena. Therefore, goals related to feelings, values and attitudes belong to the affective domain.

Option A:
Psychomotor domain involves physical skills, coordination and manipulation of objects. It is concerned with performance tasks such as handwriting or laboratory skills. Since the stem refers to feelings and values, this domain is not appropriate.

Option B:
Cognitive domain covers mental skills related to knowledge and intellectual abilities like remembering, understanding and applying. While important, it does not directly address emotional or value-based objectives. Thus, it does not fit the description.

Option C:
Interpersonal is not one of the original three domains proposed by Bloom, although social skills can be considered in broader classifications. The question specifically invokes Bloom’s taxonomy, which uses affective as the category for attitudes and values.

Option D:
Affective domain includes levels such as receiving, responding, valuing, organization and characterization by a value complex. It is explicitly associated with emotional and value-related learning. Hence, affective is the correct term to complete the statement.

A taxonomy is a systematic classification. Bloom-type frameworks classify objectives into cognitive, affective and psychomotor domains—hence this grouping is based on taxonomy.

Option A:
Sequencing is ordering content/objectives, not classifying them into domains.

Option B:
Timing is about when objectives occur, not domain classification.

Option C:
Grading assigns marks, not conceptual categories of objectives.

Option D:
Taxonomy is the classification system organising objectives into domains, matching the stem.

Option C – cognitive domain The cognitive domain deals with mental processes such as remembering, understanding and applying knowledge. When students are asked to list the steps of a procedure, they must recall and organize information in a logical sequence. This objective clearly targets intellectual activity rather than physical performance or emotional response. Hence, it belongs to the cognitive domain.

Option A:
Psychomotor domain refers to objectives that involve physical skills and coordination, such as operating equipment or performing a dance. Listing steps does not require bodily movement or manipulation of tools, so it does not fall under the psychomotor domain.

Option B:
Affective domain is concerned with feelings, attitudes, interests and values, focusing on how learners respond emotionally to phenomena. While attitudes may influence willingness to learn procedures, the objective of listing steps is about knowledge recall, not emotional reaction, so affective is not correct here.

Option C:
Cognitive domain encompasses objectives like naming, listing, describing and explaining, all of which involve knowledge and thinking. Asking students to list procedural steps fits squarely within this category because it requires them to retrieve and sequence information, making this option the correct one.

Option D:
Social domain, when used, usually deals with interpersonal skills and social behaviour such as cooperation or leadership. It is not part of Bloom’s original three-domain classification and does not specifically address recalling procedural information. Therefore, it is not the right domain for the objective in the question.

Statements A and B correctly state that Bloom’s taxonomy organises cognitive objectives and that higher levels involve analysis, evaluation and creation. Statement D is also true because the taxonomy guides teachers in crafting questions and activities at different cognitive levels. Statement E is correct as aligning assessment tasks with targeted levels of objectives is a practical use of the taxonomy. Statement C is false because limiting teaching to lower levels like remembering and understanding does not adequately develop critical thinking, and F is false since Bloom’s taxonomy primarily concerns the cognitive domain. Therefore, the correct set of statements is A, B, D and E only, making option A the right answer.

Option A:
Option A includes A, B, D and E, which together describe the structure, purpose and classroom use of Bloom’s taxonomy. Excluding the false claims in C and F makes this set accurate. Hence A, B, D and E only is the correct combination.

Option B:
Option B adds C to A, B and D, but C incorrectly suggests that focusing only on lower levels is sufficient for critical thinking. Because critical thinking belongs mainly to higher levels, including C makes this option inaccurate. Hence A, B, C and D only is not acceptable.

Option C:
Option C includes A, C, D and F and contains both C and F, which misrepresent the scope of Bloom’s taxonomy. While A and D are correct, the falsehood of C and F destroys the logical validity of the set. Thus A, C, D and F only cannot be chosen.

Option D:
Option D lists B, D, E and F, but F denies the centrality of the cognitive domain in Bloom’s taxonomy. The presence of F makes this option incorrect. Therefore B, D, E and F only is not the right answer.

Option E combines A, B, D, E and F, but including F endorses an incorrect statement about the domain to which Bloom’s taxonomy applies. Hence A, B, D, E and F only is not valid.

Option F groups C, D, E and F and retains both C and F, which diminish higher-order thinking and misplace the taxonomy’s focus. Hence C, D, E and F only cannot be considered correct.

In Bloom’s taxonomy,the comprehension level involves grasping the meaning of information and being able to restate it in one’s own words. Tasks such as summarising,paraphrasing and explaining demonstrate that students understand rather than just recall facts. The stem explicitly mentions explaining a concept in their own words,which is a classic indicator of comprehension. Therefore,the correct completion is comprehension level.

Option A:
Knowledge level objectives require students mainly to recall or recognise facts,definitions or basic information without necessarily understanding their meaning. Simply remembering words does not ensure that a learner can explain them.

Option B:
Application level involves using learned concepts in new situations or solving problems,which goes beyond merely explaining meanings. While application presupposes comprehension,it is not what the stem specifically describes.

Option C:
Comprehension requires students to interpret ideas,translate them into different forms and show that they understand relationships among them. Explaining a concept in one’s own words is a direct example of this process,so comprehension is the best answer.

Option D:
Synthesis (in the revised taxonomy,creation) requires combining elements to form a new whole,such as designing a plan or writing an original essay. This is more complex than the explanation task in the question.

Educational objectives are traditionally grouped into three major domains. The cognitive domain deals with knowledge and intellectual skills. The affective domain includes attitudes, values and feelings. The psychomotor domain involves physical and motor skills. A balanced course attempts, as far as relevant, to address all three so that learners develop intellectually, emotionally and practically.

Option A:
This option focuses only on cognitive outcomes, neglecting attitudes and skills. While cognitive learning is vital, an exclusive focus may lead to graduates who know theory but lack appropriate values or abilities to perform tasks.

Option B:
This option correctly indicates that objectives should consider all domains where appropriate to the subject. For example, a course might require understanding concepts, developing professional attitudes and practising specific skills. Such balanced objectives support holistic development of learners.

Option C:
This option restricts objectives to affective aspects, ignoring intellectual development. Courses that only seek to change attitudes without building knowledge will not meet academic expectations in higher education.

Option D:
This option mentions only physical skills, which are important mainly in certain applied disciplines. Most courses also require cognitive and affective outcomes, so an exclusive focus on physical skills is too narrow.

Option D – applying level In Bloom’s taxonomy, the applying level involves using learned information, rules or methods in new but concrete situations. When students take a formula they have previously studied and use it to solve fresh numerical problems, they are demonstrating this application. The task requires more than recalling the formula; it demands correct selection and operational use in a given context. Thus, the activity described in the stem corresponds primarily to the applying level.

Option A:
Remembering level is limited to recognizing or recalling facts, terms or simple procedures without necessarily using them. A student who can recite a formula from memory but cannot solve problems with it is only at this level. Since the stem explicitly focuses on solving new problems, remembering is not sufficient.

Option B:
Understanding level includes explaining ideas, interpreting information or summarizing in one’s own words. A learner might understand what the formula represents or how it was derived yet still struggle to apply it to actual numerical tasks. Therefore, understanding alone does not capture the practical problem-solving required by the question.

Option C:
Creating level, at the top of the taxonomy, involves putting elements together to form a novel product, plan or hypothesis. Designing a new formula or model would illustrate this level. In the question, students are not creating something new but using an existing formula, so the creating level is not the best match.

Option D:
Applying level is specifically concerned with carrying out or using a procedure in a given situation, such as performing calculations using a formula in different word problems. Because the stem clearly states that students must use a learned formula to solve a new numerical problem, applying level is the correct answer.

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 psychomotor domain concerns physical movement,coordination and the use of motor skills. Objectives in this domain focus on performing tasks such as laboratory experiments,craft activities or sports techniques. They involve practise and precision as learners gain control over muscular movements. Therefore,objectives dealing with coordination and manipulative abilities are classified under the psychomotor domain.

Option A:
Cognitive objectives relate to mental processes such as remembering,understanding and analysing information. While cognitive understanding can support skill performance,it is not the same as the physical execution of tasks described in the stem.

Option B:
Affective objectives deal with attitudes,values and feelings,for example developing appreciation for art or positive attitudes toward study. They do not primarily address coordination and manipulative skills.

Option C:
Psychomotor objectives involve observable actions like assembling equipment,typing or playing an instrument. Because the stem explicitly mentions coordination and practical skills,this domain is the correct choice.

Option D:
Social is not one of the three classic domains in Bloom’s framework and usually refers to interaction patterns,not specifically to motor skills.

In the classic version of Bloom's taxonomy, the cognitive domain progresses from knowledge through comprehension, application and analysis to synthesis and finally evaluation. Evaluation involves making judgements about the value of ideas or materials using criteria. It demands critical thinking and justification of decisions. Therefore, the highest level in the original taxonomy is correctly identified as evaluation.

Option A:
Comprehension is an early level in the taxonomy that involves understanding meaning but not necessarily applying or judging ideas. It cannot be considered the highest level.

Option B:
Application requires using learned material in new but similar situations, which is more advanced than comprehension but still below the analytic and evaluative levels.

Option C:
Evaluation asks learners to assess the worth of theories, solutions or methods, often by comparing alternatives and providing reasons. Its position at the top of the original taxonomy reflects its complexity and importance in higher education. Because the stem refers to the highest level in the original framework, evaluation is the appropriate choice.

Option D:
Analysis involves breaking material into parts and understanding relationships among them. While it is a higher-order process, in Bloom's original hierarchy it is ranked below synthesis and evaluation.