UGC NET Questions (Paper – 1)

A research problem is the clearly defined issue or difficulty that the researcher intends to investigate through systematic inquiry. It pinpoints what exactly is unsatisfactory or unknown in the existing knowledge or practice. This statement guides the formulation of objectives, hypotheses and methods. Therefore, the clear and precise statement that identifies the central issue of the study is correctly called the research problem.

Option A:
A research objective states what the researcher plans to accomplish in concrete or measurable terms, but it is derived from the prior identification of the research problem. Objectives break down the problem into specific tasks rather than defining the core issue itself. Hence, research objective does not represent the fundamental statement of the central issue.

Option B:
The research problem represents the starting point of any scientific investigation by converting a felt difficulty or gap into a form that can be studied empirically. It provides focus and direction, helping to avoid a diffuse or aimless inquiry. Because it is this statement that identifies the central issue of investigation, research problem appropriately completes the stem.

Option C:
A research hypothesis is a tentative, testable prediction about the relationship between variables that emerges from the research problem and theory. It does not itself describe the broader contextual issue that motivates the study. Thus, research hypothesis is not the best term for the clear statement of the central issue.

Option D:
A research design is the overall plan specifying how data will be collected and analysed, but it presupposes that the problem has already been stated. It focuses on procedure rather than on articulating the core problem. Therefore, research design is not the correct completion for the stem.

Statements A, C, D and E represent core objectives and characteristics of research. Statement A is true because research either creates new knowledge or confirms existing knowledge systematically. Statement C is correct since clear objectives guide the choice of methods and tools. Statement D is true because operationally stated objectives make variables measurable, and statement E is valid as many educational studies aim to improve practice, while B is false because research should not simply confirm personal beliefs and F is false because objectives should never be omitted.

Option A:
Option A is correct because it includes all the true statements (A, C, D and E) and excludes the false ones (B and F). It recognises that research must be objective, operationally defined and often practice-improving. By omitting B and F, it maintains a conceptually sound set of objectives.

Option B:
Option B is incomplete, as it leaves out statement E, which emphasises the practical improvement goal of educational research. Although A, C and D are true, missing E reduces the completeness of the description of research objectives. Therefore this combination cannot be accepted as fully correct.

Option C:
Option C wrongly includes statement B in addition to the correct statements. Since B incorrectly portrays research as always seeking to confirm personal beliefs, any combination containing B becomes conceptually flawed. Thus this option mixes true and false statements and is not acceptable.

Option D:
Option D includes statements A, C, D and E but also brings in F, which is false. Statement F is incorrect because clear objectives are needed even when the problem appears obvious. The presence of F alongside the correct statements makes this overall combination wrong.

Formulating a research problem begins with recognizing a broad area of concern that needs investigation. The researcher narrows this area by defining it clearly in terms of concepts, context and potential questions. Only after identifying and delimiting the problem area can detailed objectives and hypotheses be framed. Thus, problem identification and definition is the logical first step.

Option A:
Option A jumps to writing conclusions, which can only be done after the entire research process is completed. Treating it as a starting point reverses the natural order of research activities.

Option B:
Option B correctly focuses on recognizing and defining the broad problem area as the starting action. Without this step, later tasks such as review of literature, selection of method and data collection cannot be coherently planned. It aligns with standard sequences described in research methodology.

Option C:
Option C suggests collecting data before formulating the problem, which can lead to unfocused and irrelevant information. Data collection should follow clear objectives derived from a defined problem, not precede them.

Option D:
Option D deals with preparing references, which is part of report writing after the study. Citation style decisions are not central to the conceptual formulation of the problem itself.

A well formulated research problem is specific enough to guide the study yet important enough to contribute meaningfully to knowledge or practice. It must be clearly worded so that objectives and hypotheses can be developed. At the same time, it should be manageable within the researcher’s time, financial and technical limitations.

Option A:
Option A is correct because it combines clarity, significance and feasibility, which are widely accepted criteria for a good problem.

Option B:
Option B suggests an overly broad and vague problem, which makes it difficult to design appropriate methods or interpret findings.

Option C:
Option C bases selection purely on fashion, which may ignore academic value and feasibility.

Option D:
Option D describes a problem that cannot be investigated under given constraints, which is impractical for a student researcher.

Statements A, C, D and F describe key features of a good research problem. Statement A is true because a problem must be researchable given methods and resources. Statement C is correct since significance for theory or practice justifies the effort, and statement D is right that clear delimitation in terms of variables and context is necessary. Statement F is also true because many problems emerge from field experience or theoretical gaps, whereas B is false since the solution should not be known in advance and E is false because problems should be clearly, not vaguely, stated.

Option A:
Option A includes A, C and D, which are correct, but leaves out F. Since F correctly notes that research problems may arise from practice or theory gaps, omitting it makes the combination incomplete. A correct option must contain all the true statements identified in the list.

Option B:
Option B focuses on C, D and F and leaves out A. While C, D and F are true, A is also correct because feasibility in terms of methods and resources is an essential criterion. By excluding A, this option offers only a partial description of a good research problem.

Option C:
Option C correctly combines A, C, D and F and excludes the false statements B and E. It captures feasibility, significance, clear delimitation and genuine origin of problems, which together reflect sound research practice. Because it contains all and only the true statements, this is the correct answer.

Option D:
Option D brings in E alongside the otherwise correct statements. However, E is false because vagueness in problem statement leads to conceptual confusion and weak design. Including an incorrect statement makes this combination unacceptable.

The research problem is the starting point of any study, representing a felt difficulty, gap in existing knowledge or practical issue that needs systematic investigation. It frames what is not yet understood or adequately solved. A well-defined problem provides direction for objectives, hypotheses and design. Hence, the perceived gap or unsatisfactory situation mentioned in the stem is properly referred to as the research problem.

Option A:
Variables are characteristics that can change and be measured in a study, but they do not themselves represent the overarching gap or difficulty. They are derived from the problem rather than defining it, so variable is not the correct completion.

Option B:
Hypotheses are tentative answers or explanations proposed in response to the problem and are tested empirically. They presuppose that the research problem has already been identified and formulated. Therefore, hypothesis is not appropriate here.

Option C:
Option C, problem, highlights the central issue that motivates the research and justifies the need for inquiry. It is expressed clearly and often narrowed from a broad area of interest to a manageable focus. This matches the stem’s description.

Option D:
Limitations are constraints or weaknesses in the study that the researcher acknowledges, such as time or access issues. They do not constitute the original gap in knowledge or unsatisfactory situation, so limitation is not the right answer.

After a researcher has identified and selected a research problem, the next logical step is to examine what has already been studied about that topic. Reviewing related literature helps in understanding existing theories, methods and findings relevant to the problem. It also assists in identifying gaps, refining the problem and avoiding unnecessary duplication. Therefore, in the usual research sequence, reviewing related literature follows the selection of the research problem.

Option A:
Defining the population is important for planning sampling, but it occurs after the researcher has clarified the problem and understood the context through the literature. Without a clear grasp of previous work, decisions about the population may be poorly informed. Hence, defining the population is not the immediate next step after selecting the problem.

Option B:
Constructing the tool for data collection requires clarity about what variables need to be measured and how they have been operationalised in previous studies. This information usually emerges from the review of literature. Designing instruments too early, before reviewing existing work, can lead to inappropriate or incomplete measures, so it is not the next step in the general sequence.

Option C:
Collecting the data is a field activity that should begin only after the problem has been refined, literature has been reviewed, hypotheses or questions have been formulated and tools and sampling plans have been prepared. Starting data collection immediately after selecting a problem would be premature and unstructured. Thus, data collection does not follow directly after problem selection in the standard sequence.

Option D:
Reviewing related literature allows the researcher to position the new study within the existing body of knowledge and to justify its significance. It influences all subsequent steps, including hypothesis formulation, tool construction and design selection. For this reason, review of related literature is correctly placed as the next major step after selecting the problem.

Statements C and E are wrong because they conflict with basic principles of research formulation. Hypotheses should, in fact, be clear and testable rather than inherently vague, so C misrepresents their nature. E is wrong because reviewing related literature is essential for refining the problem, establishing significance and avoiding duplication. In contrast, A, B and D accurately describe how problems and objectives should be focused and logically aligned.

Option A:
Option A is incorrect because it treats only C as wrong and ignores the error in E. While C is indeed a wrong statement, E also misleads by suggesting that literature review is unnecessary after stating the problem. A correct answer must capture both faulty statements, not just one of them.

Option B:
Option B wrongly assumes that only E is wrong, overlooking the fact that C also contradicts the requirement that hypotheses be formulated in testable terms. By failing to recognise C as incorrect, this option provides an incomplete identification of wrong statements.

Option C:
Option C is correct because it groups C and E, the two statements that do not conform to sound research practice. It implicitly affirms that A, B and D correctly describe problem identification, objective formulation and logical consistency. This combination therefore reflects accepted guidelines for research design.

Option D:
Option D is incorrect because it adds B to the list of wrong statements, even though B correctly explains how objectives translate the problem into specific tasks. By misclassifying B as wrong, the option undermines a correct description of research objectives.

A research problem expresses, in a focused statement, the issue, difficulty or gap in existing knowledge that the study aims to investigate. It provides the starting point for all other decisions in the research process, such as objectives, hypotheses and design. A well-formulated research problem is clear, specific and researchable. Because the stem refers to a clearly defined statement indicating the specific issue or gap to be addressed, it is describing the research problem.

Option A:
Objectives of the study specify what the researcher intends to achieve, often derived from the research problem. They translate the problem into concrete aims or tasks. However, they are not the statement of the problem itself, so objective of the study is not the correct completion here.

Option B:
The research problem succinctly captures what is not known, what contradiction exists or what practical difficulty needs systematic inquiry. It directs the review of literature and formulation of hypotheses. Since the question emphasises a statement about the specific issue or gap, research problem is the most accurate term.

Option C:
A hypothesis is a tentative, testable proposition about relationships between variables formulated after the problem has been identified and literature has been reviewed. It is one possible answer to the problem, not the problem statement itself. Therefore, hypothesis cannot complete the stem correctly.

Option D:
Delimitations refer to the boundaries that the researcher consciously sets for the study, such as restricting it to a particular group or area. They explain what the study will not cover, but they do not define the core issue or gap to be investigated. Hence, delimitations is not the right answer.

Statements A, B and D together describe core qualities of a good research problem. Clarity and lack of ambiguity help readers and the researcher understand exactly what is being studied, feasibility ensures that the problem can realistically be investigated and significance justifies why the study matters. Statement C is false because trivial problems contribute little to knowledge, and E is false because overly broad and unrelated issues reduce focus and coherence. Thus the correct combination must include only A, B and D.

Option A:
Option A is incomplete because it omits D, even though the significance of a problem is a crucial criterion for deciding whether research is worthwhile. Without D, the option does not fully represent what makes a problem “good” in research terms.

Option B:
Option B is correct because it includes the three statements that simultaneously emphasise clarity, feasibility and significance. It excludes C and E, both of which misrepresent desirable qualities by calling for trivial or overly broad problems. This combination therefore reflects standard guidance on problem formulation.

Option C:
Option C is incorrect as it incorporates C, which wrongly suggests that triviality is desirable. Although B and D are true, including C corrupts the set of statements and makes the option unacceptable.

Option D:
Option D is incorrect because it brings in E, which proposes an excessively broad and unfocused problem, and omits B, which focuses on feasibility. A correct option cannot mix such a false requirement with true ones.

Option E is also wrong because it retains C, the triviality statement, within an otherwise partly correct set. The presence of C means the option no longer represents an acceptable description of a good research problem.

Statements A, B, D and E capture the main purposes of a review of related literature, while statement C is incorrect. Statement A is true because reviewing earlier studies helps to locate gaps in existing knowledge. Statement B is correct since understanding existing work helps the researcher refine the research problem and formulate or adjust hypotheses, and statement D is accurate because knowledge of prior studies prevents unnecessary duplication. Statement E is also true, as review of literature provides theoretical and conceptual frameworks for the study, whereas statement C is false because review is typically conducted before data collection, not only after it.

Option A:
Option A brings together A, B and D but omits E. Although A, B and D are true, excluding E means the important role of literature review in building theoretical and conceptual frameworks is not reflected. Since all four of A, B, D and E are correct, leaving one out makes this option incomplete and therefore incorrect.

Option B:
Option B correctly combines A, B, D and E, which together summarise the key functions of a literature review. It recognises that review helps to identify gaps, refine problems and hypotheses, avoid duplication and build conceptual frameworks. It also implicitly excludes statement C, which wrongly postpones literature review to only after data collection. Because it includes all and only the true statements, this option is the correct answer.

Option C:
Option C groups B, D and E but leaves out A. While B, D and E are true, A is also correct because identifying research gaps is a central reason for conducting a literature review. Omitting A leads to an incomplete specification of the review’s functions, so this option cannot be accepted.

Option D:
Option D includes A, D and E but also incorporates C, which is false. By suggesting that literature review is conducted only after data collection, statement C misrepresents standard research practice. Since this option mixes a false statement with true ones, it does not provide a valid set of correct statements.