Studio Aletheia · World Builders
Grade 6
Quarter Two Integrated Learning Blueprint
Exchange · Movement · Relationships · Weather Systems · Argument · 35 Instructional Days
Quarter Two Architecture · Refined Visual Planning DraftQuarter Two Design Thesis
Quarter Two moves students from foundational systems into connected systems. Civilizations trade, migrate, conquer, exchange ideas, and transmit disease. Weather and climate systems move energy, water, and air. Mathematics represents changing relationships through expressions, equations, graphs, geometry, and units. ELA asks students to analyze perspective, perseverance, and argument so they can explain how people respond when systems place pressure on them.
Quarter Two Cross-Curricular Anchor
Systems in Motion
Students are not simply moving into new content. They are studying what happens when systems connect. People, goods, beliefs, pathogens, heat, water, air, numbers, claims, and perspectives all move through networks. Quarter Two helps students see that exchange creates opportunity, conflict, adaptation, and consequence.
How do connected systems move people, ideas, goods, energy, evidence, and arguments across distance?
Exchange Changes Civilizations
Students examine medieval political systems, trade routes, empires, disease, conquest, and cultural contact to understand how connected societies reshape one another.
Weather Systems Move Energy
Students investigate atmospheric circulation, ocean currents, the water cycle, air masses, climate factors, and natural hazards as interconnected Earth systems.
Relationships Can Be Modeled
Students use expressions, equations, graphs, variables, geometry, volume, surface area, and dimensional analysis to describe how quantities relate and change.
Arguments Move Through Evidence
Students study perspective, perseverance, claim, evidence, reasoning, and alternative viewpoints so they can build arguments that respond to real challenges.
Social Studies
Quarter Two Focus · Increased Global Interactions, 550-1450Student Learning Summary: Students learn that medieval societies did not develop in isolation. They compare political systems, map trade routes, analyze the movement of goods and ideas, examine the spread of disease, and evaluate how conquest, religion, and exchange transformed Afro-Eurasia and the Americas between 550 and 1450.
From Local Systems to Connected Worlds
The quarter begins by comparing political systems across feudal Japan, feudal Europe, Islamic caliphates, Imperial China, African kingdoms, and major American civilizations. Students identify how each society organized land, leadership, labor, belief, and social order.
The second movement tracks exchange through the Silk Road, Indian Ocean trade, and the Black Death. Students then examine the Crusades, Ottoman growth, Turkic and Mongol expansion, and the development of Mali, Ghana, Maya, Aztec, and Inca societies. The final movement asks students to evaluate whether global interaction created more opportunity, disruption, or both.
- 6.2.COCompare medieval political systems across Europe, Asia, Africa, and the Americas
- 6.2.CEAnalyze Silk Road, Indian Ocean trade, and Black Death cause and consequence
- 6.2.PExplain the Crusades and Ottoman growth as turning points
- 6.2.CXTrace Turkic and Mongol expansion across Afro-Eurasia
- 6.2.CCCompare West African and American civilizations and their enduring patterns
- 6.2.EUse primary and secondary sources to support historical claims
Open Social Studies essential question
Essential Question
How did trade, conquest, religion, migration, and disease connect societies and change the medieval world?
Exchange Evidence Set
Where It Connects
Science
Quarter Two Focus · Weather, Climate, Water Systems, and Natural HazardsStudent Learning Summary: Students learn that weather and climate are not random. They are the result of energy, water, air, land, oceans, gravity, and pressure interacting in patterned systems. Students model circulation, trace the water cycle, analyze weather data, compare climate factors, and explain how forecasting and mitigation reduce the risk of natural hazards.
From Energy Movement to Weather Patterns
The quarter begins with atmospheric and oceanic circulation. Students examine convection, wind patterns, surface currents, and the transfer of heat through Earth systems. This creates a strong bridge to Social Studies, where trade routes often depended on predictable wind and water patterns.
The second movement traces the water cycle through evaporation, condensation, precipitation, runoff, and collection. The third movement asks students to read air masses, fronts, pressure systems, and weather maps. The final movement examines climate zones, climate influences, natural hazards, forecasting technologies, and mitigation strategies.
- 6-ESS2-6Model atmospheric and oceanic circulation and their effects on regional climates
- 6-ESS2-4Develop a model of water cycling through Earth systems
- 6-ESS2-5Analyze air masses, fronts, pressure systems, and weather data
- 6-ESS2-6Distinguish weather and climate and explain climate factors
- 6-ESS3-2Analyze natural hazards, spatial patterns, forecasting, and mitigation
Open Science essential question
Essential Question
How do energy, water, air, oceans, and land interact to create weather, climate, and natural hazards?
Weather Systems Portfolio
Where It Connects
Mathematics
Quarter Two Focus · Expressions, Equations, Variables, Geometry, and Dimensional AnalysisStudent Learning Summary: Students move from number fluency into mathematical relationships. They identify and evaluate expressions, solve one-step equations and inequalities, apply order of operations, distinguish independent and dependent variables, represent relationships on graphs, calculate area, surface area, and volume, and use dimensional analysis to convert units.
From Quantities to Relationships
The quarter begins with the language of algebraic expressions: terms, variables, coefficients, constants, and exponents. Students learn that expressions can describe situations without needing a single fixed answer.
The second movement focuses on one-step equations and inequalities with positive rational coefficients. The third movement emphasizes independent and dependent variables, graphs, and real-world relationships. The final movement uses geometry and dimensional analysis so students can measure, model, and convert quantities in science, trade, and design contexts.
- 6.PAFR.2.1Identify parts of algebraic expressions, including terms, variables, coefficients, and constants
- 6.PAFR.2.2Evaluate expressions and use exponents in context
- 6.PAFR.2.4Solve one-step equations and inequalities with positive rational coefficients
- 6.PAFR.2.5Apply order of operations to evaluate numerical expressions
- 6.PAFR.2.6Identify independent and dependent variables and represent relationships on graphs
- 6.MGSR.1Find area, surface area, volume, and use nets and geometric models
- 6.MGSR.4.1Use one-step dimensional analysis to convert units
Open Math essential question
Essential Question
How can expressions, equations, graphs, units, and geometric models represent relationships in the real world?
Relationship Modeling Set
Where It Connects
English Language Arts
Quarter Two Focus · Perspective, Point of View, Perseverance, and ArgumentStudent Learning Summary: Students study perseverance, point of view, perspective, and argument through memoir, poetry, short fiction, graphic narrative, and cross-text comparison. They analyze how people respond to challenge and pressure, then write arguments using claim, evidence, reasoning, organization, transitions, alternative perspective, and a concluding statement.
From Perspective to Persuasion
The quarter begins with perspective and point of view. Students examine how a speaker, narrator, or author shapes what the reader understands, especially when texts describe challenge, exclusion, resistance, or growth.
The second movement studies perseverance across memoir, poetry, short fiction, and graphic narrative, including texts such as I Am Malala, “Speech to the Young,” “The First Day of School,” and New Kid. The final movement shifts into argument writing as students develop claims, reasons, evidence, transitions, alternative perspective, and conclusions.
- AOR.3.1Determine how multiple narrators or shifts in point of view affect meaning
- AOR.4.1Compare perspectives in primary and secondary accounts
- AOR.5.3Trace the development of an author’s argument and reasoning
- AOR.9.1Use affixes and Greek and Latin roots to determine precise meaning
- C.1.1Write arguments with claims, reasons, evidence, organization, transitions, and conclusions
- C.9.1Evaluate speakers, media, message clarity, and relevance of claims
Open ELA essential question
Essential Question
What helps people persevere, and how can writers use evidence and perspective to argue what matters?
Argument and Perspective Collection
Where It Connects
Integrated Alignment Rationale
The Quarter Holds Together Through Four Shared Ideas
Quarter Two should not require every class to teach the same topic at the same time. The alignment works best when each subject keeps its own standards and learning goals while students repeatedly encounter the same conceptual language across disciplines.
Exchange
Social Studies studies exchange across trade routes and empires. Science studies exchange of heat, water, and air. Math represents exchange through units, quantities, conversions, and relationships. ELA studies how ideas move through claims, stories, and perspectives.
Movement
Students track movement of goods, pathogens, armies, air masses, ocean currents, water, data points, and arguments. Movement becomes the quarter’s shared conceptual language.
Perspective
Historians compare traders, rulers, travelers, and conquered peoples. Readers examine narrator and speaker perspective. Scientists consider how scale and location affect observation. Mathematicians represent the same relationship through tables, graphs, equations, and models.
Consequence
Exchange creates consequences. Trade can bring wealth and innovation, but also disease, conflict, and inequality. Weather systems can sustain life or threaten it. Arguments can clarify truth or persuade poorly. Students learn to evaluate cause, effect, and impact.
Suggested Culminating Task
The Exchange Systems Argument Portfolio
Students create a portfolio or digital exhibit that answers the question: When systems connect, who benefits, who is challenged, and what changes?
Portfolio Components
This product lets each subject contribute to one coherent artifact without forcing every class into the same assignment.
- Social Studies exchange map and claim about impact
- Science model explaining a weather, water, or climate system
- Math graph or dimensional-analysis task tied to trade, distance, or weather data
- ELA argumentative paragraph or essay using claim, evidence, reasoning, and alternative perspective
Final Explanation
Students write a concise synthesis explaining how movement through systems can create opportunity, conflict, adaptation, and consequence. The response should use evidence from at least two subjects and clearly name the system being analyzed.
When systems connect, who benefits, who is challenged, and what changes?