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#4 How to Formulate Research Questions for a Research Paper? thumbnail

#4 How to Formulate Research Questions for a Research Paper?

5 min read

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TL;DR

Treat the research question as the study’s aims and objectives, written to pinpoint exactly what the paper will find out.

Briefing

A strong research paper introduction doesn’t just list a topic—it pinpoints exactly what the study seeks to find out, then maps a clear path from gap to method. In practice, the research question functions as the aims and objectives of the work: it “pinpoints” the specific outcome the paper is designed to answer. Authors can use a single research question or multiple ones, but the guidance here is to keep the number under four so the paper stays focused.

That research question typically sits in the final paragraph of the introduction, alongside a set of supporting elements that help readers understand why the study matters and how it will be carried out. The paragraph often begins by clearly defining the research question (the aims and objectives). If the work is hypothesis-driven, the introduction should also state the hypothesis that will be tested. Next comes the plan of action: a brief methodology summary that explains how the study will achieve its aims—often including the data collection approach or experimental design at a high level.

From there, the introduction can add what differentiates the work from prior research. Authors are encouraged to explain originality—how the study differs from previous work—and, where appropriate, include a brief summary of results or overall findings. The paragraph can also address implications, giving readers a quick sense of the benefits or real-world value that could follow from the study’s outcomes. Finally, authors may close with a short description of the paper’s structure, telling readers what order the sections will appear in; this outline is described as optional and may depend on journal requirements.

Concrete examples show how these pieces fit together across disciplines. In health sciences, authors start with the research gap: a need for a better understanding of the relationship between social media and mental health. They then lay out the study aims and specify methodology—online surveys and face-to-face interviews—to answer the research question, with the narrative flowing from gap to objectives to method.

A closely related variant appears in hypothesis-driven work: the research gap is established first, then a specific hypothesis is stated (again, the link between social media and mental health), followed by a methodology designed to prove or disprove it.

Engineering and computer science examples emphasize novelty and method. After identifying a gap—such as the limited number of papers on stock price prediction—authors propose a new approach, the “Hybrid Prediction model,” and briefly break down how it works by combining multiple methods to improve prediction accuracy. The paper outline may be included to guide readers.

In psychology, the research question and methodology can be stated right away: testing the impact of background music on word recall, using experiments where observers view words on a computer screen while different music types play. A short results summary at the end helps set expectations for what follows.

Overall, the introduction’s final paragraph becomes a compact blueprint: research gap, research question (or hypothesis), methodology, originality, and—optionally—results, implications, and structure.

Cornell Notes

The research question in a paper functions as the study’s aims and objectives, pinpointing what the work intends to find out. It usually appears in the final paragraph of the introduction, often alongside a hypothesis (if the study is hypothesis-driven) and a brief methodology plan. Authors can include originality by explaining how the work differs from prior research, and they may add a short results summary and implications to show why the findings matter. A brief outline of the paper’s structure can be included, though it’s optional and may depend on journal guidelines.

Where should the research question appear in a typical introduction, and what does it need to accomplish?

It commonly sits in the final paragraph of the introduction. That paragraph should clearly define the research question as the aims and objectives—pinpointing exactly what the study wants to find out. Keeping the number of research questions to fewer than four helps maintain focus, especially when the study is complex.

How should a hypothesis-driven study adjust the introduction compared with a non-hypothesis study?

When the work is driven by a hypothesis, the introduction should explicitly define the hypothesis in the same final paragraph where the research question is presented. The hypothesis then guides the methodology description, which should make clear how the study will test the hypothesis—either to prove or disprove it.

What elements can be included in the final paragraph of the introduction beyond the research question?

Beyond the research question, the final paragraph can include: (1) a brief methodology summary showing how aims will be achieved, (2) originality—how the work differs from previous research, (3) a brief summary of results or overall findings, (4) implications—possible benefits of the research, and (5) a brief description of the paper’s structure (optional and sometimes required by journals).

How do the examples demonstrate different ways to frame the research gap and research plan?

In health sciences, authors start with a research gap (e.g., social media and mental health needs better understanding), then state aims and methodology (online surveys and face-to-face interviews). In computer science, authors identify a gap (few papers on stock price prediction), propose a new method (“Hybrid Prediction model”), briefly describe how it works by combining methods to improve accuracy, and may include a paper outline. In psychology, authors state the research question and methodology immediately (background music’s impact on word recall via screen-based experiments) and finish with a brief results summary.

Why is the paper outline described as optional?

Providing the outline is described as optional because it depends on personal preference and journal requirements. Some engineering-style passages include it, but it isn’t mandatory across all contexts.

Review Questions

  1. What is the recommended maximum number of research questions to keep a paper focused, and why does that matter for the introduction?
  2. List the typical components that can appear in the final paragraph of an introduction besides the research question, and explain how each helps readers.
  3. Compare how a health sciences example and a computer sciences example use the research gap to transition into aims, methodology, and novelty.

Key Points

  1. 1

    Treat the research question as the study’s aims and objectives, written to pinpoint exactly what the paper will find out.

  2. 2

    Place the research question (and related elements) in the final paragraph of the introduction to give readers a clear blueprint.

  3. 3

    Use fewer than four research questions to avoid diluting focus when the research is complex.

  4. 4

    If the study is hypothesis-driven, state the hypothesis in the introduction and describe a methodology designed to test it.

  5. 5

    Include a brief methodology summary that shows how the study will achieve its aims (e.g., surveys and interviews, or controlled experiments).

  6. 6

    Strengthen credibility by explaining originality—how the work differs from previous research.

  7. 7

    Optionally add a results snapshot, implications, and a paper structure outline, depending on journal expectations.

Highlights

A research question should function as the paper’s aims and objectives—pinpointing what the study intends to find out.
The final paragraph of the introduction often works like a compact plan: gap → question/hypothesis → method → originality → (optional) results, implications, and structure.
Hypothesis-driven papers should state the hypothesis and then describe a methodology meant to prove or disprove it.
Engineering-style introductions can emphasize novelty by proposing a new method (e.g., “Hybrid Prediction model”) and briefly describing how it improves outcomes.
Psychology introductions can start with the research question and methodology immediately, then close with a brief results summary to set expectations.

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