* Analyze your results: Explain what your data shows, focusing on any trends, patterns, or interesting findings.
* Connect your results to your hypothesis: Did your results support or refute your hypothesis? What evidence supports your conclusion?
* Discuss limitations: What were the potential errors or limitations in your experiment? How could they have affected your results?
* Discuss implications: What do your findings mean for the larger scientific field? How can your research be applied or extended in the future?
* Suggest further research: Based on your findings, what further research questions or experiments could be explored?
The discussion section is NOT:
* A restatement of your procedures
* A mere summary of your results
* A place to simply state your opinions
Think of it as a conversation with your audience:
You're explaining what you discovered, what it means, and what questions it raises. You're inviting your audience to think critically about your research and its implications.
Here's how the discussion section is typically presented:
* Written report: A separate section in your science fair report where you analyze your results and answer the above questions.
* Oral presentation: A part of your presentation where you discuss your findings, answer questions, and engage with the judges.
Why is discussion important?
* Demonstrates critical thinking: It shows you can analyze your data, make connections, and draw meaningful conclusions.
* Adds depth and significance to your project: It elevates your research beyond just reporting data.
* Helps judges understand the impact of your work: They want to know how your research contributes to scientific knowledge.
By thoroughly discussing your results and their implications, you can truly showcase the scientific value of your project.
