Data Validation Guide
Data Validation Challenge
Research & Evidence-Based Argumentation
Name:
Date:
The Validation Agreement
Scientific inquiry thrives on the constant review and validation of data. By beginning this project, you are committing to a formal investigation of a specific scientific claim or dataset.
Specific Curriculum Claim being investigated (Lesson #, Video, or Data Table):
Your Research Hypothesis (What specific physical outcome do you intend to validate?):
Student Signature
Teacher Signature
In science, questioning results is the first step toward discovery. However, a critique is only as strong as its evidence. This project provides a framework for you to test curriculum claims against reputable data and foundational physics laws.
Option A: Research Paper
- 5-paragraph formal structure
- Detailed analysis of relevant variables
- MLA 9th Edition citations
Option B: Presentation
- 5-minute formal presentation
- Visual aids (graphs, diagrams, data)
- MLA 9th Edition bibliography slide
Investigation Checklist
1
Define Your Inquiry Question
What specific mechanical or physical claim are you testing? (e.g., "Is the calculated momentum in Lesson 3 consistent with the law of conservation?")
2
Gather Credible Evidence
You must find at least two reputable data sources. This includes academic journals, university physics departments, or official government agencies.
Source 1 secured
Source 2 secured
3
Variable Analysis
Identify the core scientific variables and constants involved in your investigation:
Variable A:
Variable B:
Constant:
Law/Theorem:
MLA 9th Edition Quick Guide
In-Text Citations
"Independent variables must be controlled to isolate the effect of the dependent variable" (Author Page).
Works Cited Entry (Website)
Author Last Name, First Name. "Title of Article." Title of Website, Publisher, Day Month Year, URL.
Works Cited Entry (Journal)
Author Last Name, First Name. "Title of Article." Title of Journal, vol. #, no. #, Year, pp. ##-##.
Validation Standards: Rigorous science requires looking past assumptions. Your project must directly compare curriculum data with your findings and explain any discrepancies using the physical mechanism involved. If your research reveals that the original data is plausible under specific conditions, explain what those conditions are.
Investigation Log
Investigation Log
Research Organizer for Data Validation
Validation Record V.1
The Validation Statement
Summarize the curriculum claim or dataset you are investigating.
Evidence Source 01
Primary Scientific Source
Author(s) / Organization
Title of Work / Article
Website / Journal Title
Full MLA 9 Citation
Key Data Points (Specific Values, Units, & Observed Trends)
Principle Analysis: Which scientific laws or variables are demonstrated here?
Evidence Source 02
Secondary / Supporting Source
Author(s) / Organization
Title of Work / Article
Website / Journal Title
Full MLA 9 Citation
Key Data Points (Specific Values, Units, & Observed Trends)
Principle Analysis: Which scientific laws or variables are demonstrated here?
Evidence-Based Synthesis
Analyze the connection between the curriculum data and your research findings. Does your evidence support the claim, or does it suggest that the classroom model is missing key variables? Justify your stance using formal scientific terminology.
Challenge Rubric
Challenge Rubric
Teacher Evaluation Resource: Data Validation Project
Unit Inquiry: OpenSciEd
| Criteria | Exceptional (4) | Proficient (3) | Developing (2) | Beginning (1) |
|---|
| Scientific Concepts | Clearly identifies and analyzes all relevant mechanical or physical variables. Accurate application of relevant laws/theorems. | Identifies most variables. Logic is sound with minor errors in scientific application. | Discusses principles but confuses core variables or misinterprets key physical laws. | Scientific principles are missing or incorrectly applied to the inquiry. |
| Evidence Quality | Two or more highly reputable sources (Peer-reviewed journals, .gov labs). Data is specific and directly cited. | Two reputable sources. General data trends identified. Citations present. | Uses unreliable sources or non-scientific media. Data is vague or purely anecdotal. | Fewer than two sources; sources lack scientific credibility. |
| Argumentation | Addresses curriculum data objectively. Evaluates data with evidence-based logic. Professional and scientific tone throughout. | Addresses curriculum data. Logic is sound but relies on generalities rather than specific research data. | Questioning is based on opinion rather than evidence. Argument is subjective rather than objective. | Lacks a coherent argument or fails to address the specific claim identified in the agreement. |
| Communication | Paper: 5 paragraphs, sophisticated flow. Presentation: 5 mins, clear visuals, engaging and formal delivery. | Paper: Meets length requirement. Presentation: Approx 5 mins, adequate visuals. Clear communication. | Paper: Under 4 paragraphs. Presentation: Under 4 mins. Visuals/Formatting poor or unprofessional. | Fails to meet basic length or format requirements for paper/presentation. |
| MLA Citation | Perfect MLA 9th formatting in-text and in works cited. Professional academic standard. | Minor errors in punctuation or formatting, but all components (Author, Title, Date) are present. | Missing works cited or no in-text citations. Incorrect style used. | Citations are entirely missing or providing no source verification. |
Feedback & Qualitative Notes
Final Score: ________ / 20
Successfully investigated/validated claim
Deep scientific reasoning exhibited
Professional communication standards
