Skill Synthesis Matrix Document
Skill Synthesis Matrix
Grade 11 Interdisciplinary Framework: ELA 3 • US History • Chemistry • Algebra 2
Purpose of the Matrix
This matrix identifies the functional overlap between the Texas Essential Knowledge and Skills (TEKS) for eleventh-grade core subjects. By aligning these standards, educators can design instruction that reinforces cognitive skills across disciplines, increasing student mastery and retention.
| Skill Cluster | English 3 | US History | Chemistry | Algebra 2 |
|---|
| Evidence & Argumentation Constructing, defending, and critiquing claims based on data or text. | TEKS 110.33(C) | | | |
| Develop drafts into a focused, structured, and coherent piece of writing by using an appropriate rhetorical strategy and organizing with a purposeful structure. | TEKS 113.41(29) | | | |
| Social studies skills: Apply critical-thinking skills to organize and use information acquired from a variety of valid sources, including technology. | TEKS 112.35(3) | | | |
| Scientific processes: Communicate and apply scientific information extracted from various sources such as current events, published journal articles, and marketing materials. | TEKS 111.40(1)(G) | | | |
| Display, explain, or justify mathematical ideas and arguments using precise mathematical language in written or oral communication. | | | | |
| Data Synthesis & Interpretation Analyzing patterns, trends, and complex relationships. | TEKS 110.33(8) | | | |
| Analyze author's choices: Diction, syntax, and imagery to understand how they support the purpose. | TEKS 113.41(29)(B) | | | |
| Analyze information by applying absolute and relative chronology through sequencing, categorizing, and identifying cause-and-effect. | TEKS 112.35(2)(I) | | | |
| Communicate valid conclusions supported by data through various methods such as lab reports, labeled drawings, and graphs. | TEKS 111.40(1)(D) | | | |
| Communicate mathematical ideas, reasoning, and their implications using multiple representations, including symbols, diagrams, and graphs. | | | | |
| Inquiry & Research Systematic investigation to establish facts and reach new conclusions. | TEKS 110.33(12) | | | |
| Inquiry and research: Use a recursive process to compose a research plan, gather information, and evaluate sources for reliability. | TEKS 113.41(29)(A) | | | |
| Use a variety of primary and secondary sources to answer questions about US history. | TEKS 112.35(2) | | | |
| Scientific processes: Plan and implement investigative procedures, including asking questions and formulating testable hypotheses. | TEKS 111.40(1)(B) | | | |
| Use a problem-solving model that incorporates analyzing given information, formulating a plan or strategy, and determining a solution. | | | | |
Cognitive Overlap Summary
Strategic Logic (Alg 2 & Chem)
Both Algebra 2 and Chemistry rely heavily on the manipulation of variables and proportional reasoning. The stoichiometry in Chemistry mirrors the transformation of functions in Algebra 2; both require a systematic approach to solving for unknowns while maintaining the integrity of an equation or reaction.
Narrative of Evidence (ELA & USH)
English 3 and US History share the burden of source evaluation. Students must distinguish between bias, perspective, and objective fact. The rhetorical analysis in ELA (examining how a message is delivered) directly supports the historical analysis of primary documents (examining why a document was created and its impact).
The Investigative Model (All)
The common thread across all four is the Inquiry Cycle: identify a problem/question, gather relevant evidence (textual, historical, scientific, or numerical), apply a specific methodology to analyze that evidence, and communicate a justified conclusion.
The Language of Data (All)
The ability to interpret non-linear models and complex infographics is shared. US History uses demographic trends, ELA uses visual rhetoric, Chemistry uses gas laws/kinetics graphs, and Algebra 2 provides the mathematical backbone for understanding these exponential and logarithmic behaviors.
Implementation Note
Educators should use these shared TEKS categories to create "Common Vocabulary" lists. For instance, when a Chemistry teacher says "Evaluate your data," it should align with the "Evaluate sources" language in English 3 and the "Justify your solution" language in Algebra 2.
ELA/Social Studies Link Rhetorical Context & Historical Perspective
STEM/Analysis Link Quantitative Modeling & Experimental Design
Synergy Activity Guide Document
Expanded Synergy Activity Guide
12 High-Impact Instructional Modules • Grade 11 Core
This guide provides three distinct activity modules for each core subject. Each module is designed to reinforce one of the three primary skill clusters: Evidence & Argumentation, Data Synthesis & Interpretation, and Inquiry & Research.
English 3 Modules
1. The Scientist's Argument
Evidence & Argumentation
Students perform a rhetorical analysis of a Chemistry journal article, focusing on how technical data is used to construct a persuasive claim rather than just reporting facts.
Links: Chem (Nomenclature), Alg 2 (Data Representation)
2. The Rhetoric of Reform
Inquiry & Research
Students research a specific US History reform movement (e.g., Labor, Suffrage) and analyze the primary source speeches for logical fallacies and historical context.
Links: USH (Social Movements), Chem (Safety Regulations History)
3. Synthesizing the Dust Bowl
Data Synthesis & Interpretation
Comparing The Grapes of Wrath excerpts with 1930s meteorological data and agricultural yield graphs to evaluate how fiction reflects or distorts data.
Links: Alg 2 (Graph Interpretation), USH (Great Depression)
US History Modules
1. The Great Depression Data Model
Data Synthesis & Interpretation
Using historical economic datasets to identify "tipping points" in market trends, modeling the 1929 crash as a functional breakdown.
Links: Alg 2 (Functional Shifts), ELA 3 (Expository Writing)
2. Chemical Warfare & The Geneva Protocol
Inquiry & Research
Investigating the chemical development of chlorine and mustard gas in WWI and the subsequent international treaties to ban them.
Links: Chem (Properties of Matter), ELA 3 (Source Evaluation)
3. The Trial of the Century Argument
Evidence & Argumentation
Mock trial of the Scopes "Monkey" Trial focusing on the cross-examination of evidence types—scientific theory vs. traditional belief.
Links: ELA 3 (Argumentation), Chem (Theory vs. Law)
Chemistry Modules
1. The Manhattan Project Ethics Lab
Evidence & Argumentation
Analyzing the technical letters between Einstein and FDR to debate the necessity of nuclear fission research during wartime.
Links: USH (WWII History), ELA 3 (Persuasive Devices)
2. Atomic Geopolitics
Inquiry & Research
Common Vocabulary Chart Document
Universal Language Guide
Standardizing Academic Vocabulary Across Grade 11 Core
Interdisciplinary Synergy
The Power of Shared Phrasing
Students often view subjects as "silos," failing to recognize that the cognitive work they do in Algebra is the same work they do in US History. This chart provides a cross-walk for teachers to use Universal Terms—the "middle ground" language that anchors content-specific jargon in shared TEKS skills.
| Cognitive Goal | English 3 | US History | Chemistry | Algebra 2 |
|---|
| Universal Term: | | | | |
| The Claim | Thesis Statement / Main Idea | Historical Interpretation | Scientific Hypothesis | Conjecture / Solution |
| Universal Term: | | | | |
| The Support | Textual Evidence / Quotes | Primary Source Data | Empirical Observations | Mathematical Proof / Logic |
| Universal Term: | | | | |
| Validation | Evaluate Reliability / Bias | Verify Credibility | Analyze Error / Precision | Justify Reasonableness |
| Universal Term: | | | | |
| Synthesis | Thematic Integration | Corroborating Sources | Systemic Equilibrium | Functional Transformation |
| Universal Term: | | | | |
| Modeling | Graphic Organizers / Plot Maps | Mapping / Demographics | Molecular Structures | Graphing / Representations |
How to Translate in Real Time
Instead of saying...
"Prove your answer in Step 3." (Algebra 2)
Try saying...
"Justify your claim using logical support, just like you would with evidence in English class."
Instead of saying...
"Look at the bias in this newspaper clipping." (US History)
Try saying...
"Validate this source. Is the support reliable, or does the author's perspective introduce error?"
