Chapter 1 Research Example: Background of the Study, Significance, Scope and Delimitation (Annotated, 2026)

Annotated Chapter 1 research example: background of the study, hypotheses, significance, scope and delimitation, definition of terms, plus a checklist.

Quick answer

Chapter 1 (The Problem and Its Background) introduces your study. It usually has seven parts: background of the study, statement of the problem, hypotheses, conceptual framework, significance of the study, scope and delimitation, and definition of terms. Below is a full annotated Chapter 1 example for "Study Habits and Academic Performance of Grade 12 STEM Students", with weak vs strong samples and a checklist.

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What Is Chapter 1 in Research?

Chapter 1 is the first chapter of a research paper or thesis in most Philippine schools. It is usually called "The Problem and Its Background" (some schools say "Introduction"). It tells the reader what problem you are studying, why it matters, what exactly you will answer, and what your study will and will not cover.

Updated October 2026.

Chapter 1 is written before you collect data, together with Chapter 2 (review of related literature) and Chapter 3 (methodology). Together they form your research proposal. If Chapter 1 is unclear, every later chapter becomes harder, because Chapter 3 methods, Chapter 4 tables and Chapter 5 conclusions all follow the questions you write here.

This guide uses the same running example as our quantitative research example: "Study Habits and Academic Performance of Grade 12 STEM Students." At the end, we show how Chapter 1 changes for a qualitative study like our qualitative research example.

Jump to: Structure · Full example · Weak vs strong · Qualitative version · Checklist · FAQ

Chapter 1 Structure: The 7 Parts and What Each Must Do

Templates differ by school. Some put the conceptual framework in Chapter 2, some add a "Theoretical Framework" here, and some Practical Research 1 templates drop the hypotheses. Always follow your teacher's or adviser's template first. The table below shows the most common order and the job of each part.

Parts of Chapter 1 (The Problem and Its Background)
Feature	What it must do	Typical length
1. Background of the study	Explain the problem, show it is real (with cited sources), and end with the gap your study fills	1–3 pages
2. Statement of the problem	One general aim plus numbered specific research questions	Half a page
3. Hypotheses (quantitative)	A null hypothesis (H₀) for every relationship or difference question	2–5 lines
4. Conceptual framework	A diagram (IPO or IV–DV) plus a short paragraph explaining it	1 page
5. Significance of the study	Who benefits and how, one short paragraph per group	Half to 1 page
6. Scope and delimitation	What the study covers (who, where, when, which variables) and what it leaves out, with reasons	1–2 paragraphs
7. Definition of terms	Conceptual and operational meaning of key terms, alphabetical	Half to 1 page

Chapter 1 Research Example (Annotated)

Below is a complete, original illustrative Chapter 1 written by our team. It is not a real study: the school, numbers and wording are invented to show the format. Where a real paper would cite a source, we put a note in square brackets such as [cite source]. Do not copy it as your own work, and do not cite it. Use it to see what each part should do, then write your own.

Title: Study Habits and Academic Performance of Grade 12 STEM Students

Design: Descriptive-correlational (quantitative) · Respondents: Grade 12 STEM students of one public senior high school

Background of the Study Example

Background of the Study

Academic performance is one of the main concerns of senior high school students, teachers and parents. For Grade 12 students, grades affect college admission, scholarships and confidence in choosing a course [cite source on the importance of grades for college entry]. Students in the Science, Technology, Engineering and Mathematics (STEM) strand face a heavy load of mathematics and science subjects, laboratory work and research outputs, which leaves less free time for independent study.

Many factors are linked to academic performance, such as family income, sleep, motivation and study habits. Study habits are the regular ways a student prepares for class and tests, including time management, note-taking, test preparation and concentration. Unlike family income, study habits can be changed, so they are a useful focus for school programs. Studies abroad have found that students with better study habits tend to earn higher grades; for example, Bin Abdulrahman et al. (2021) found a significant correlation between study habits and academic achievement among medical students in Saudi Arabia.

In the researchers' school, teachers have observed that some Grade 12 STEM students submit outputs late and score low in periodical tests even though they report studying for long hours [describe your own observation or school data, with permission]. The guidance office also reported that many students asked for help with time management during the first semester.

However, most studies on study habits were conducted with college or medical students in other countries. Few have measured the study habits of Grade 12 STEM students in a Philippine public senior high school, or tested how those habits relate to their general weighted average. This study addresses that gap.

Statement of the Problem

Statement of the Problem

This study aims to determine the relationship between the study habits and academic performance of Grade 12 STEM students of [School Name], School Year 2025–2026. Specifically, it seeks to answer the following questions:

What is the level of study habits of the respondents in terms of: (a) time management; (b) note-taking; (c) test preparation; and (d) concentration?
What is the level of academic performance of the respondents based on their first-semester general weighted average (GWA)?
Is there a significant relationship between the respondents' study habits and their academic performance?

For more patterns, including descriptive, comparative and qualitative questions, see our statement of the problem examples.

Hypotheses

Hypothesis

The study tested the following null hypothesis at the 0.05 level of significance:

H₀: There is no significant relationship between the study habits and the academic performance of Grade 12 STEM students.

Some schools also ask for the alternative hypothesis:

H₁: There is a significant relationship between the study habits and the academic performance of Grade 12 STEM students.

Conceptual Framework

Conceptual Framework

The study uses an independent variable–dependent variable (IV–DV) model.

Independent variable: Study habits (time management, note-taking, test preparation, concentration)
Dependent variable: Academic performance (first-semester GWA)
An arrow from the IV box to the DV box shows the relationship tested in question 3.

Figure 1. Research paradigm of the study. The paradigm shows that the study habits of Grade 12 STEM students, measured in four areas, are examined for their relationship with their academic performance, measured by GWA.

Many schools prefer the Input–Process–Output (IPO) model instead. In IPO form, the input is the profile and study habits of the respondents, the process is the survey and Pearson correlation, and the output is a proposed study-skills program. For more diagrams and how to draw them, see our conceptual framework examples.

Significance of the Study Example

Significance of the Study

The results of this study will be beneficial to the following:

Students. The findings will show which study habits are weakest among Grade 12 STEM students, so students can focus on improving those habits, for example by planning study time or reducing distractions.

Teachers. Teachers can use the results to include short study-skills activities in their classes and to set deadlines that help students manage time.

Guidance Counselors. The guidance office can use the results to design time-management or study-skills seminars for STEM students.

School Administrators. Administrators can use the findings when planning programs that support academic performance in the senior high school.

Parents. Parents will understand how study habits at home relate to their children's grades and can help provide a quiet place and time for study.

Future Researchers. The study can serve as a reference for researchers who want to study other strands, larger samples or a study-skills intervention.

Scope and Delimitation Example

Scope and Delimitation

This study focuses on the relationship between study habits and academic performance of Grade 12 STEM students of [School Name], a public senior high school in [City/Municipality], during School Year 2025–2026. The respondents are 120 students selected from a population of 172 Grade 12 STEM students. Study habits are limited to four areas: time management, note-taking, test preparation and concentration, measured using a 20-item researcher-made questionnaire. Academic performance is limited to the first-semester general weighted average (GWA) as recorded by the school registrar. Data will be gathered in [month] 2026.

The study does not include students from other strands or from Grade 11, because the researchers want to focus on the strand with the heaviest mathematics and science load in its final year. It does not measure other factors such as family income, sleep or internet access, and it does not test whether study habits cause higher grades, since a correlational design can only show a relationship.

Definition of Terms

Definition of Terms

The following terms are defined conceptually and operationally as used in this study:

Academic Performance. Conceptually, the level of achievement of a student in school subjects. Operationally, the respondent's first-semester general weighted average (GWA) as recorded by the registrar.

Concentration. The ability to keep attention on studying. Operationally, the respondent's mean score on items 16–20 of the study habits questionnaire.

Grade 12 STEM Students. The respondents of the study: students enrolled in Grade 12 under the STEM strand of [School Name] in S.Y. 2025–2026.

Study Habits. Conceptually, the regular ways a student prepares for classes and tests. Operationally, the respondent's overall mean score on the 20-item Study Habits Questionnaire, covering time management, note-taking, test preparation and concentration.

Time Management. The way a student plans and uses time for study. Operationally, the respondent's mean score on items 1–5 of the questionnaire.

Weak vs Strong Chapter 1 Writing

Most panel comments on Chapter 1 are about the same few problems. Compare these weak and strong versions. All samples are illustrative.

Weak vs strong Chapter 1 samples
Feature	Weak	Strong
Background opening	"Since the dawn of time, education has been important to mankind."	"For Grade 12 students, grades affect college admission and scholarships [cite source]."
Evidence	Claims with no source: "Many students fail because of bad study habits."	Cited study plus your own local observation, clearly labelled
Gap	No gap; background just ends	"Few studies have measured… among Grade 12 STEM students in a Philippine public school."
Research question	"Do students study?" (yes/no, vague)	"What is the level of study habits of the respondents in terms of time management…?"
Hypothesis	Hypotheses for descriptive questions, or none at all	H₀ only for the relationship question, at 0.05 level
Significance	"This will help students, teachers and others."	Each group with a specific use of the findings
Scope and delimitation	"This study is limited to students only."	Who, where, when, variables, instrument, plus reasons for what is excluded
Definition of terms	Dictionary definitions copied word for word	Conceptual and operational definitions matched to the instrument

Chapter 1 Example for Qualitative Research

In Practical Research 1, Chapter 1 has the same idea but a few parts change. Here is a short illustrative version for "Lived Experiences of Working Students in Senior High School", the running example in our qualitative research example.

Background (last paragraph, illustrative). "While studies have described the number of working students and their grades, fewer have listened to how senior high school students themselves experience balancing work and school. This study explores those experiences in a public senior high school."

Statement of the problem (illustrative). This study aims to describe the lived experiences of working students in senior high school. Specifically: (1) What are their experiences as students who work? (2) What challenges do they face in balancing work and school? (3) How do they cope with these challenges?

Hypotheses. None. Qualitative studies explore; they do not test hypotheses.

Framework. Usually a simple diagram showing the phenomenon (working while studying) and the three areas explored (experiences, challenges, coping), or a theoretical lens such as a stress and coping perspective.

Scope and delimitation (illustrative). Eight Grade 12 students in one public senior high school who have worked at least 15 hours a week for at least six months. Students who work only during vacations are excluded.

Chapter 1: quantitative vs qualitative
Feature	Quantitative (Practical Research 2)	Qualitative (Practical Research 1)
Questions	What is the level…? Is there a significant relationship…?	What are the experiences…? How do they cope…?
Hypotheses	Yes, null hypothesis for inferential questions	None
Framework	IV–DV or IPO diagram with measurable variables	Phenomenon and areas explored, or a theoretical lens
Scope	Population, sample size, variables, instrument	Number of participants and inclusion criteria
Definition of terms	Operational (how each variable is measured)	Meaning in the context of the participants

Find Real Sources for Your Background of the Study

A strong background needs real, recent sources. You can search 250M+ papers from OpenAlex, PubMed, arXiv, bioRxiv, medRxiv and Europe PMC on Ocean of Papers for free, and open legal free PDFs where they exist (via Unpaywall, PubMed Central, arXiv, bioRxiv and medRxiv). Open the citation map on one good study to find earlier and later studies on the same variables.

Search "study habits academic performance" free. The same sources will feed your Chapter 2, so see our review of related literature example next, and our research methodology example for Chapter 3. Still choosing a topic? Try our research title examples.

Chapter 1 Checklist

Before you submit Chapter 1 to your adviser, check each item:

The title names the variables (or phenomenon), the respondents and the setting.
The background moves from general to specific and ends with a clear gap.
Every factual claim in the background has a real, traceable citation (APA 7 or your school's style).
The statement of the problem has one general aim and numbered specific questions.
Every question is answerable with your planned method (numbers for quantitative, experiences for qualitative).
Every relationship or difference question has a null hypothesis; descriptive questions do not.
The conceptual framework shows the same variables as the statement of the problem, with a figure number and caption.
The significance names specific groups and a specific use for each.
The scope states who, where, when, which variables and which instrument; the delimitation gives reasons for exclusions.
Numbers (population, sample, school year) match Chapter 3 exactly.
Key terms have operational definitions and are in alphabetical order.
Future tense in the proposal ("will"); change to past tense in the final paper if your school requires it.

FAQ

What are the parts of Chapter 1 in research?

Most Philippine templates include the background of the study, statement of the problem, hypotheses, conceptual framework, significance of the study, scope and delimitation, and definition of terms. Some schools move the framework to Chapter 2 or add a theoretical framework, so follow your school's template.

How do I write a background of the study example?

Start with the general issue, narrow it to your respondents and setting, support each claim with a cited source, add local observations if allowed, and end with the gap your study fills. The background above follows this "funnel" pattern.

What is a good chapter 1 introduction example?

A good introduction opens with a specific, relevant fact about your topic, not a general statement like "education is important." It explains why the problem matters for your respondents and ends with the purpose of the study.

What is the difference between scope and delimitation?

The scope says what the study covers: respondents, place, time, variables and instrument. The delimitation says what the study does not cover and why. Both are usually written together in one section.

How long should Chapter 1 be?

For senior high school research, Chapter 1 is often 5 to 10 pages; college theses can be longer. The background is usually the longest part. Ask your teacher for the expected length.

Do qualitative studies need hypotheses in Chapter 1?

No. Qualitative studies explore experiences and meanings with open questions, so they do not test hypotheses. Quantitative studies need a null hypothesis for every relationship or difference question.

What tense should I use in Chapter 1?

Use present tense for facts ("Study habits are…") and future tense for what you plan to do ("This study will…") in the proposal. Many schools ask you to change plans to past tense in the final paper.

Can I copy the Chapter 1 example on this page?

No. It is an illustrative example with invented details. Use it to understand the structure, then write your own Chapter 1 with real sources and your own data.