Science Fair Research Paper Guide: Complete Structure for High School & College Students

TL;DR: A science fair research paper follows the IMRAD format (Introduction, Methods, Results, Discussion) and requires clear scientific communication. High school papers focus on replicating known experiments, while college papers demand original research with peer-reviewed sources. Key sections include title page, abstract, introduction with hypothesis, detailed methods, objective results, critical discussion, and properly formatted references using APA style (most common in sciences). Avoid common mistakes like weak thesis statements, inadequate methodology descriptions, and informal language. This guide provides step-by-step instructions, checklists, and formatting examples for success at any academic level.

Introduction: Why Science Fair Papers Matter

Science fair research papers are more than just book reports—they’re your opportunity to practice real scientific communication. Whether you’re in high school or college, these papers teach you how to structure logical arguments, present data objectively, and contribute to scientific discourse. According to university writing centers like those at the University of Wisconsin-Madison and UNC, scientific papers follow a standardized structure designed to efficiently communicate research findings to the scientific community^[1].

The challenge? Many students struggle with the transition from general essay writing to the precise, methodical requirements of scientific papers. High school science fairs often accept descriptive reports, while college-level research demands original contributions, rigorous methodologies, and critical analysis^[2]. This gap leaves many students unsure of what’s expected at different academic levels and how to structure their work effectively.

In this comprehensive guide, we’ll walk you through every component of a successful science fair research paper, highlight the key differences between high school and college expectations, and provide actionable checklists to ensure you don’t miss critical elements. You’ll learn proper formatting, citation styles (including when to use APA vs. MLA), and how to avoid the most common mistakes that cost students points and credibility.

The Essential Structure: Understanding the IMRAD Format

The backbone of any science fair research paper is the IMRaD format—Introduction, Methods, Results, and Discussion. This structure mirrors the scientific method and is used across virtually all scientific disciplines, from biology and chemistry to psychology and engineering^[3]. But a complete paper includes additional components that create a polished, professional document.

Complete Paper Components (in correct order):

1. Title Page – Includes your project title, name, school, date, and instructor/mentor information. Format varies by citation style (APA requires a separate title page; MLA uses a 4-line header on the first page)^[4].
2. Abstract (200-300 words) – A concise summary of your entire paper. It should include your research question, brief methodology, key results, and main conclusions. Think of it as a “preview” that helps readers decide whether to read the full paper^[5].
3. Table of Contents – Optional but helpful for longer papers, especially at the college level. List all sections with page numbers.
4. Introduction – Sets up your research by presenting:
   • Background information: What’s already known about your topic? Cite previous research.
   • Problem statement: What specific gap or question does your research address?
   • Hypothesis: Your testable prediction about the outcome (required for experimental studies).
5. Methods – A detailed, step-by-step description of how you conducted your experiment or study. This section must be thorough enough that someone else could replicate your work exactly^[6]. Include:
   • Materials and equipment
   • Experimental design (variables: independent, dependent, controlled)
   • Procedure (chronological steps)
   • Any safety considerations
6. Results – Present your data objectively using tables, graphs, charts, and descriptive text. Do not interpret the data here—just show what you found. Include any statistical analysis you performed^[7].
7. Discussion – This is where you interpret your results:
   • What do the findings mean?
   • Does the data support or refute your hypothesis?
   • What are the limitations of your study?
   • How could the research be improved or expanded?
   • How do your results connect to broader scientific theories?
8. References (or Literature Cited) – List all sources you cited in your paper, formatted consistently in APA, MLA, or another required style. For science papers, APA is most common in social sciences and many natural sciences, while specific fields may have their own preferred formats^[8].
9. Appendices (Optional) – Include raw data, detailed calculations, questionnaires, or supplementary materials that don’t fit in the main text.
10. Acknowledgments – Recognize individuals, mentors, or institutions who helped with your research (common in college-level work).

Formatting Requirements (APA Style for Science)

Scientific papers require strict adherence to formatting guidelines:

• Font: 12-point Times New Roman (or 11-point Arial)^[9]
• Spacing: Double-spaced throughout, including references
• Margins: 1-inch (2.54 cm) on all sides
• Paragraphs: First line indented 0.5 inches
• Page numbers: Top right corner, starting from title page
• Headings: Use APA heading levels (Level 1: centered, bold; Level 2: left-aligned, bold)^[10]
• Tables and Figures: Each on a separate page, with titles above tables and below figures

If you’re struggling with formatting, you can download professional templates from resources like our Annotated Bibliography Templates 2026 guide, which includes APA and MLA examples you can adapt.

High School vs. College: Key Differences in Science Fair Papers

Understanding the difference between high school and college expectations is crucial. Many students arrive at college unprepared for the increased rigor, while high school students may overestimate what’s required. Here’s a breakdown:

High School Science Fair Papers

Focus: Often involve replicating known experiments or demonstrating scientific principles. The goal is to learn the research process and basic scientific communication.

Originality: Limited—you’re typically confirming established knowledge rather than making novel contributions. That’s okay! Science education builds through replication.

Sources: Can include textbooks, reputable websites (like NASA.gov, NIH.gov), and a few journal articles. Peer-reviewed sources are encouraged but not always required.

Analysis: Descriptive and basic. You explain what happened and may offer simple interpretations. Deep critical analysis is not expected.

Guidance: Teachers provide significant structure. You’ll often get templates, checklists, and direct supervision.

Length: Typically 5-10 pages (1,500-3,000 words).

Example Topic: “Does fertilizer type affect tomato plant growth?” – You’re testing a well-known principle with a controlled experiment.

College Science Fair/Research Papers

Focus: Original research that contributes new data, insights, or arguments to your field. Even undergraduate research should aim for novel contributions^[11].

Originality: Essential. Your paper should present something new—whether it’s new data, a new interpretation, or a new application. Literature reviews should synthesize sources in original ways, not just summarize.

Sources: Must include peer-reviewed journal articles, books from academic presses, and primary sources. Wikipedia, general websites, and non-scholarly sources are unacceptable for main citations. Sources should be recent (typically within 5 years, unless seminal works)^[12].

Analysis: Critical, analytical, and synthetic. You must connect your findings to theoretical frameworks, discuss implications, acknowledge limitations, and suggest future research directions.

Guidance: Expect minimal hand-holding. You’re expected to manage your own timeline, seek mentorship proactively, and solve problems independently.

Length: Often 10-20+ pages (3,000-6,000+ words), with extensive references.

Example Topic: “Evaluating CRISPR-Cas9 off-target effects in non-human primates: A comparative analysis of delivery methods” – This addresses a current research question with potential for new insights.

Comparison Table

If you’re transitioning from high school to college science writing, consider reading our Assignment Prompt Decoding Guide to learn how to interpret complex academic requirements.

Common Mistakes and How to Avoid Them

Based on analysis of thousands of student papers, certain errors appear frequently. Here are the most damaging mistakes and how to fix them:

1. Weak or Missing Thesis Statement

A science fair paper’s “thesis” is typically your research question or hypothesis. It must be specific, testable, and focused.

❌ Weak: “This paper is about plant growth.”
✅ Strong: “This study tests the hypothesis that tomato plants grown with compost will show 25% greater biomass than those grown with chemical fertilizer, when controlled for sunlight and water.”

Pro tip: State your hypothesis clearly in the introduction. If your paper is purely observational or descriptive, frame a clear research question instead.

2. Inadequate Methods Section

The methods section must provide reproducible detail. Reviewers should be able to duplicate your experiment exactly from your description.

Common flaws:

• Missing measurements (“add some water” → “add 50 mL distilled water daily”)
• Vague materials (“used plants” → “10 uniform tomato seedlings of the ‘Better Boy’ variety, 4 weeks old”)
• Skipped steps or unclear procedures

Checklist for Methods:

• [ ] All materials listed with quantities, brands, and specifications
• [ ] Step-by-step chronological procedure
• [ ] Variables clearly defined (independent, dependent, controlled)
• [ ] Safety precautions noted
• [ ] Equipment calibration described
• [ ] Replication: Could someone else do this exactly? (Ask a friend to try)

3. Poor Literature Review

Students often either summarize sources without synthesis or rely on outdated/non-scholarly materials.

What to avoid:

• Using sources older than 5-10 years (unless they’re foundational/seminal works)
• Citing Wikipedia, SparkNotes, or general websites as main sources
• Simply listing what each source says without connecting ideas

How to do it right:

• Group sources by themes or debates in the field
• Show how your research builds on or contradicts existing work
• Identify the “gap” your research addresses
• Use recent (last 5 years) peer-reviewed articles as the bulk of your citations

Need help finding quality sources? Our Research Paper Methodology Section Guide explains how to conduct systematic literature searches.

4. Misinterpreting Results in the Results Section

The results section is for objective reporting only. Do not interpret, explain why something happened, or discuss implications here.

❌ Wrong: “As shown in Table 1, plants with compost grew more because compost provides more nutrients.”
✅ Correct: “As shown in Table 1, plants with compost (M=15.2 cm, SD=2.1) showed greater average growth than those with chemical fertilizer (M=12.8 cm, SD=1.9), t(18)=2.34, p<.05.”

Save interpretation for the Discussion section.

5. Weak or Missing Discussion

The discussion is where you demonstrate critical thinking. A weak discussion merely repeats results.

Effective discussion includes:

• Interpretation: What do your results mean in context of your hypothesis?
• Comparison: How do your findings align or contrast with previous research?
• Limitations: What went wrong? What constraints affected your study?
• Future Work: What should researchers do next to build on your work?
• Implications: Why does this matter practically or theoretically?

6. Formatting and Citation Errors

Inconsistent formatting or incorrect citations undermine your credibility. Common issues:

• Mixing APA and MLA styles
• Incorrect in-text citation format
• Unformatted reference list (missing italics, punctuation, etc.)
• Igniting specific journal/conference requirements

APA in-text: (Smith, 2022) or “Smith (2022) found that…”
MLA in-text: (Smith 22)
Reference format: Author, A. A., & Author, B. B. (Year). Title of article. Name of Journal, volume(issue), pages. https://doi.org/xxxx

For science papers, APA is most common in social sciences and many natural sciences^[13]. Specific fields may use discipline-specific styles (e.g., IEEE for engineering, CSE for biological sciences). Always check your assignment guidelines.

7. Informal or Hype Language

Scientific writing is formal and precise. Avoid:

• Contractions: can’t, don’t, won’t → cannot, do not, will not
• Casual phrases: “I think,” “kind of,” “sort of,” “a lot,” “stuff”
• Hyperbole: “amazing results,” “groundbreaking discovery”
• First-person overuse: Use “this study” or “the researchers” instead of “I” unless your discipline permits first-person (some sciences now encourage it for clarity)

Example:
❌ “I pretty much proved that caffeine helps you study better.”
✅ “The results suggest a statistically significant positive correlation between caffeine consumption (200mg) and short-term memory recall performance (p<.01).”

8. Neglecting Proofreading

Typos, grammatical errors, and formatting inconsistencies suggest carelessness and can cost you points—or credibility if you’re publishing.

Proofreading checklist:

• [ ] Spell check (but don’t rely on it alone)
• [ ] Read the paper aloud to catch awkward phrasing
• [ ] Check all numbers and units for accuracy
• [ ] Verify every citation has a corresponding reference entry (and vice versa)
• [ ] Ensure all tables/figures are labeled and referenced in text
• [ ] Confirm page margins, font, and spacing are consistent
• [ ] Ask someone else to review it

Complete Writing Checklist

Use this comprehensive checklist before submitting your science fair research paper:

Pre-Writing Phase

• [ ] Topic selection: Narrow, researchable, appropriate for your academic level
• [ ] Research question/hypothesis: Clear, testable, specific
• [ ] Preliminary literature search: Found at least 5-10 quality sources (more for college)
• [ ] Assignment review: Understood all requirements (length, style, due date)
• [ ] Ethics approval: If required (human/animal subjects), obtained IRB approval

Research Phase

• [ ] Source quality: Used peer-reviewed journals, reputable books, government/educational websites
• [ ] Source recency: Mostly sources from last 5 years (for college)
• [ ] Note-taking: Organized notes with full citation details
• [ ] Data collection: Recorded all data meticulously in lab notebook

Writing Phase

• [ ] Outline: Created detailed structure before writing
• [ ] Title page: Correct format (APA/MLA)
• [ ] Abstract: 200-300 words, includes question, methods, results, conclusion
• [ ] Introduction: Background, problem statement, hypothesis/research question, thesis
• [ ] Methods: Detailed, reproducible, includes materials and procedure
• [ ] Results: Objective data presentation with tables/figures, NO interpretation
• [ ] Discussion: Interpretation, comparison to literature, limitations, future work
• [ ] References: Complete, correctly formatted, hanging indent, alphabetized
• [ ] Appendices: Raw data, instruments, supplementary material (if applicable)
• [ ] Word count: Within required range

Formatting Phase

• [ ] Font: 12pt Times New Roman (or Arial 11pt)
• [ ] Spacing: Double-spaced throughout
• [ ] Margins: 1-inch all sides
• [ ] Paragraphs: First line indented
• [ ] Page numbers: Top right, starting on title page
• [ ] Headings: Proper APA/MLA heading levels
• [ ] Tables/Figures: Labeled (Table 1, Figure 1), titled, referenced in text
• [ ] Citation style: Consistent throughout (APA vs. MLA)

Post-Writing Phase

• [ ] Proofreading: Multiple rounds, read aloud
• [ ] Grammar check: Tools + manual review
• [ ] Spelling check: No typos
• [ ] Consistency: Units, terminology, formatting uniform
• [ ] Number verification: Stats, page numbers, figure/table numbers match references
• [ ] External link check: All URLs work (if included)
• [ ] Peer review: Had someone else read it
• [ ] Final submission: Correct format (PDF/Word), correct file name, before deadline

Special Considerations: High School vs. College Level

You’ll need to adjust your approach based on your academic level. Here’s what changes between high school and college:

For High School Students

Focus on learning the process: Science fairs are educational—they teach you how science works. Your paper should demonstrate that you understand:

• The scientific method
• Basic experimental design
• Data collection and basic analysis
• Clear communication

Keep it manageable: Choose a topic you can complete with available resources. You don’t need to solve world hunger; a well-executed simple experiment beats a poorly-executed ambitious one.

Seek guidance early: Talk to your teacher frequently. Ask for examples of successful past papers. Use writing centers or tutoring services if available.

Documentation: Keep a detailed lab notebook from day one. Include dates, procedures, observations, and even failures. This documentation becomes your methods section.

Time management: Science fairs have firm deadlines. Start early! Consider using techniques like time boxing to break the project into manageable chunks.

For College Students

Emphasize originality: Your research should fill a gap or offer a new perspective. Conduct a thorough literature review first to ensure your idea isn’t already well-established.

Use advanced methodology: College research often involves:

• Complex statistical analysis (ANOVA, regression, etc.)
• Specialized equipment
• IRB approval for human subjects
• Longer study periods
• Collaboration with professors or labs

Depth over breadth: Narrow your focus. A deep dive into one specific question beats a superficial overview of many topics.

Cite properly: Academic integrity is strictly enforced. Know your citation style perfectly. Use reference management tools (Zotero, EndNote, Mendeley) to stay organized.

Write for your audience: Assume your reader is a knowledgeable peer or professor in your field. You don’t need to explain basic concepts but must define specialized terms.

Get feedback early and often: Share drafts with your professor or teaching assistant. Visit campus writing centers. Professional editing services can also help polish your work—explore custom writing assistance options if you need expert support with structure or formatting.

Manage stress: College research papers are major undertakings. Balancing multiple projects can affect your mental health. Check our guide on Student Mental Health & Academic Writing for strategies to stay healthy while meeting deadlines.

Advanced Formatting: APA vs. MLA for Science Papers

Most students ask: “Should I use APA or MLA for my science fair research paper?”

APA (American Psychological Association)

Used for: Social sciences (psychology, sociology, education), natural sciences, nursing, business.
Why for science: APA emphasizes dates (important for current research) and uses a clear, neutral format that works well for data-heavy papers.

Key APA features for science papers:

• Title page required (title, author, institution, course, instructor, date)
• Running head (shortened title ≤50 characters) on every page
• Abstract on separate page
• Headings (up to 5 levels) to organize complex papers
• In-text: (Author, year) or (Author, year, p. xx)
• References titled “References” (bold, centered) on separate page
• DOI included for journal articles when available
• 1-inch margins, double-spaced, 12pt Times New Roman

MLA (Modern Language Association)

Used for: Humanities (literature, philosophy, arts), some interdisciplinary work.
Less common for pure science but may be required for science communication or history of science papers.

Key MLA features:

• No separate title page (4-line header on first page: Name, Instructor, Course, Date)
• In-text: (Author page) with no year
• Works Cited page (NOT “References”)
• Author names in full (First Last)
• No DOI requirement (but URLs for online sources)

Bottom Line

For most science fair research papers—especially in biology, chemistry, physics, psychology, environmental science—use APA style. If your teacher or conference specifies MLA, follow that, but APA is the standard in scientific publishing.

Need templates? Download our free Annotated Bibliography Templates 2026 package, which includes properly formatted APA and MLA examples for Word and Google Docs.

Step-by-Step Writing Process

Follow this process to produce a polished science fair research paper:

Step 1: Understand the Assignment (Before You Start!)

Read the prompt carefully. Identify:

• Required length
• Citation style (APA, MLA, Chicago?)
• Due dates (draft vs. final)
• Required sections
• Evaluation criteria

If anything is unclear, ask your teacher before you begin. See our Assignment Prompt Decoding Guide for help interpreting complex requirements.

Step 2: Choose and Refine Your Topic

Select something that:

• Genuinely interests you (you’ll spend a lot of time on it)
• Is feasible with your resources and timeline
• Has sufficient research available (for literature review)
• Is appropriately scoped (not too broad or too narrow)

Example refinement:
Too broad: “Climate change”
Better: “The effect of urban rooftop gardens on local temperature reduction”
Narrow enough to study experimentally or through data analysis.

Step 3: Conduct Preliminary Research

Skim 5-10 quality sources to understand what’s already known. This helps you:

• Refine your research question/hypothesis
• Identify gaps your research could fill
• Find methodologies to adapt
• Build your literature review

Where to search:

• Google Scholar (scholar.google.com)
• Your school library databases (JSTOR, PubMed, ProQuest)
• Government agencies (NIH, NASA, NOAA, EPA)
• Professional organizations (American Chemical Society, American Psychological Association)

Avoid general Google searches for citable sources. Prioritize peer-reviewed journal articles.

Step 4: Design and Conduct Your Study/Experiment

Create a detailed protocol before you begin. Document everything in a lab notebook:

• Date and time of each session
• Materials used (brand, quantity, lot numbers if applicable)
• Step-by-step procedures
• Data collected (tables, observations, measurements)
• Problems encountered and how you handled them
• Modifications to original plan

Good documentation makes writing the methods section much easier.

Step 5: Analyze Your Data

• Organize raw data in spreadsheets (Excel, Google Sheets)
• Calculate statistics (means, standard deviations, percentages)
• Create graphs/tables that clearly display trends
• Use appropriate statistical tests (t-test, ANOVA, correlation) if required—consult a statistics textbook or tutor if needed
• Do not interpret—just calculate and present

Step 6: Write the First Draft (Suggested Order)

Don’t feel obligated to write linearly. Many students find it easier to draft in this order:

1. Methods – Write this while your procedure is fresh. Be detailed.
2. Results – Present the data objectively. Create tables/figures first, then write text to describe them.
3. Discussion – Interpret your results. This is the most important section—demonstrate your critical thinking.
4. Introduction – Now that you know what you found, write the introduction that logically leads to your research question/hypothesis.
5. Abstract – Summarize the entire paper in 200-300 words.
6. Title page – Format according to your style guide.
7. References – Compile and format meticulously.
8. Appendices – Add supplementary materials.

Pro tip: Write one section at a time. Set achievable daily goals (e.g., “Today I’ll write 500 words for the methods section”).

Step 7: Revise and Edit

Take at least 24 hours away from your draft before revising. Then:

• First revision (macro): Check overall structure, logical flow, completeness, argument strength.
• Second revision (micro): Sentence-level clarity, word choice, grammar, spelling.
• Third revision (formatting): Ensure every element meets style guidelines.
• Proofread: Read aloud, have a peer review, or use professional editing services.

Step 8: Finalize and Submit

• Convert to required format (PDF usually preserves formatting best)
• Check file name follows instructions
• Submit before deadline (preferably 24 hours early to avoid technical issues)
• Keep a backup copy

Integrating Citations Effectively

Citations serve two purposes: giving credit and supporting your claims. Here’s how to integrate them smoothly:

In-Text Citation Examples

APA (author-date):

• “Smith (2022) found that urban air pollution correlates with increased asthma rates.”
• “Recent studies suggest a strong correlation between urban air pollution and asthma rates (Smith, 2022; Johnson & Lee, 2021).”

MLA (author-page):

• “Smith argues that urban air pollution significantly increases asthma rates (45).”
• “Multiple studies demonstrate this correlation (Smith 45; Johnson and Lee 112).”

When to Cite

• When stating facts that aren’t common knowledge
• When referencing someone else’s research, theory, or method
• When quoting directly (always include page number)
• When paraphrasing someone else’s ideas

Common knowledge doesn’t need citation (e.g., “Water freezes at 0°C at sea level”). But if you’re unsure, cite it—better safe than accused of plagiarism.

Avoid Over- and Under-Citing

• Over-citing: Don’t cite every sentence. Group related ideas from the same source.
• Under-citing: Don’t make claims without support. Every major assertion should have at least one citation.

Using Citation Management Tools

Zotero, EndNote, Mendeley, or even Word’s built-in citation tool can save hours. Always double-check auto-generated citations for errors.

If you’re struggling with citation formatting, our Research Paper Methodology Section Guide includes reference examples in APA format that you can model.

Managing Stress and Workload

Science fair projects can be overwhelming, especially when combined with other coursework. Here are strategies to stay on track:

Break It Down

Use time boxing to allocate specific blocks for each task:

• Week 1-2: Research and planning
• Week 3-4: Experiment/data collection
• Week 5: Analysis
• Week 6: Draft writing
• Week 7: Revision
• Week 8: Final formatting and submission

Seek Support Early

• Professors/teachers: Office hours are there for you—use them
• Writing centers: Free for students; great for structure and clarity feedback
• Peer review: Exchange drafts with classmates for fresh perspective
• Professional help: If you’re struggling with structure, formatting, or even starting, consider custom writing services that can provide guidance or editing support

Prioritize Mental Health

Academic pressure is real. If you’re feeling overwhelmed, check our Student Mental Health & Academic Writing Guide for strategies to maintain balance while meeting deadlines.

Collaboration Considerations

If you’re working with a team (common in science fairs), establish clear roles and communication from the start. Our Group Project Essay Writing Guide offers tips for unified writing, conflict resolution, and ensuring consistent voice across multiple authors.

Related Guides and Resources

For more specific help with related academic writing tasks, explore these resources:

• Research Paper Methodology Section Writing Guide – Deep dive into crafting a methods section that meets academic standards.
• Annotated Bibliography Templates 2026 – Downloadable templates for APA, MLA, and Chicago styles.
• Engineering Lab Report Guide – Similar IMRAD structure tailored for engineering disciplines.
• Group Project Essay Writing: Collaboration Guide – If your science fair is a team project, this is essential.
• Assignment Prompt Decoding – Learn to extract exact requirements from complex prompts.
• Time Boxing for Essay Writing – Proven technique for managing large projects.
• Student Mental Health & Academic Writing – Stay healthy while meeting demanding deadlines.

If you need personalized assistance with your science fair paper—whether it’s formatting, structure, or content development—Essays Panda offers expert writing services tailored to high school and college students. Get help from qualified academic writers who understand STEM disciplines and can ensure your paper meets the highest standards.

Conclusion: Your Next Steps

Writing a science fair research paper is a skill that serves you well beyond high school or college—it’s the foundation of scientific communication in any STEM career. By following the IMRAD structure, using proper formatting (APA for most sciences), avoiding common mistakes, and allocating sufficient time for each phase, you can produce a professional-quality paper that accurately represents your research.

Remember the key differences:

• High school: Focus on learning the process, following guidelines, replicating known science
• College: Emphasize original contributions, peer-reviewed sources, deep critical analysis

Your action plan:

1. Today: Choose your topic and write a clear, testable research question/hypothesis
2. This week: Conduct preliminary literature review (5-10 quality sources minimum)
3. Next week: Finalize experimental design and begin data collection
4. Following weeks: Follow the step-by-step writing process outlined above
5. Before deadline: Complete multiple revisions and proofreading

Don’t wait until the last minute—start early, use checklists, and seek feedback throughout the process. Science fair papers are marathons, not sprints. With proper planning and attention to detail, you’ll produce work you can be proud of and that accurately communicates your scientific investigation.

Good luck with your research!

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^[4] Scribbr. “Research Paper Format.”
^[5] Science Buddies. “Writing a Research Paper for Your Science Fair Project.”
^[6] UNC Chapel Hill Writing Center. “Scientific Reports.”
^[7] University of Maryland Global Campus. “Structuring the Research Paper.”
^[8] Enago Academy. “Research Paper Format: APA, MLA, and Chicago Explained.”
^[9] Scribbr. “APA Formatting and Style Guide (7th Edition).”
^[10] Purdue OWL. “APA Headings.”
^[11] Quora. “What is the difference between doing research papers at the university level and the high school level?”
^[12] Anna Clemens Blog. “The five most common mistakes when writing a scientific paper.”
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