Array Launch Slide Deck Math Station Circuit • Days 1 & 2
Target: Multi-Day Visual Mastery
Array & Strategy
Studio Stations
Construct geometric arrays, discover hidden area patterns, and conquer tricky multiplication facts using smart decomposition strategies.
Visual Modeling
Rows, columns & areas
Break & Build
Distributive strategy
Tiered Teams
Support, core & challenge
Rotation Master Schedule
Where Does Your Team Rotate?
20 Minutes Per Station
Team Alpha
Day 1 Station 1: Array Architect
Day 2 Station 2: Strategy Studio
Team Beta
Day 1 Station 2: Strategy Studio
Day 2 Teacher Guided Table
Team Gamma
Day 1 Teacher Guided Table
Day 2 Station 1: Array Architect
Team Delta
Day 1 Array Extension Lab
Day 2 Distributive Mastery
🔔 Chime Alert: When the chime rings, pack station materials in 30 seconds and freeze! Track everything in your Passport!
Station Spotlights
Choose Your Tiered Challenge
🟢 Green: Foundation 🟡 Blue: Core 🟣 Purple: Challenge
Station 1
Array Architect
Build rectangular models using counters or grid paper. Label rows and columns, find total area, and test commutativity: \(a \times b = b \times a\).
Deliverable: Draw 3 arrays and write corresponding equations on page 1 of your Passport.
Station 2
Strategy Studio
Decompose tough multiplication facts using friendlier chunks (e.g., break \(7 \times 8\) into \((5 \times 8) + (2 \times 8)\)) to solve with lightning speed.
Deliverable: Show two decomposition pathways for your assigned challenge card.
Need a hint? Check the station strategy card before raising your hand!
Station Culture
Keys to Circuit Success
Collaboration Norms
Voice Level 1
Quiet table whispers only so every team can think, model, and calculate without distraction.
Ask 3 Before Me
Consult the task card, your partner, and the strategy anchor chart before asking the teacher table.
Full Accounting
Record every model and equation clearly in your Passport before rotating to the next station.
Ready to begin? Move to your Day 1 station now!
Circuit Active
Array Studio Task Cards Multiplication Station 1 • Print & Display
Array Architect Task Cards
Hands-On Visual Modeling
Station Goal: Build physical or drawn rectangular arrays to represent multiplication as equal rows and columns.
Station Protocol
1. Select your assigned card tier (🟢, 🟡, or 🟣). 2. Build the array with square tiles or sketch on your Passport grid. 3. Record equations, turnaround fact (commutative property), and total items.
🟢 Foundation Tier • Factors of 2, 5, 10 Card 1-A
A garden has 4 equal rows of tomato plants with 5 plants in each row .
Task 1: Build & Draw
Model the array showing rows and columns clearly.
Task 2: Write Two Equations
Write multiplication equation and commutative turnaround.
🟡 Core Tier • Factors of 3, 4, 6, 8 Card 1-B
An auditorium floor has 6 rows of chairs with 8 chairs in each row .
Task 1: Grid Area Model
Draw a \(6 \times 8\) rectangle. Split it into \(6 \times 5\) and \(6 \times 3\).
Task 2: Find Total Product
Add the two smaller areas to verify your total product.
🟣 Challenge Tier • Factors of 7, 9, 12 & Unknowns Card 1-C
A warehouse has a pallet storage zone measuring 7 rows . The total capacity is 63 pallets .
Task 1: Missing Dimension
Write an open equation: \(7 \times ? = 63\). Find columns.
Task 2: Expansion Model
If they add 3 more rows, sketch the new enlarged array.
💡 Quick Check: Ensure rows represent horizontal groups and columns represent vertical units. Station 1 of 4
Multiplication Station 2 • Print & Display
Strategy Studio Task Cards
Decomposition & Distributive Property
Station Goal: Break apart difficult multiplication facts into friendlier known facts using distributive logic.
Anchor Strategy: Break Apart a Factor
To calculate \(7 \times 6\), break \(7\) into \(5 + 2\). Then: \((5 \times 6) + (2 \times 6) = 30 + 12 = 42\).
🟢 Foundation Tier • Double It Strategy (×4) Card 2-A
Target Problem: Calculate \(4 \times 7\) using the "Double and Double Again" method.
Step 1: First Double
Find \(2 \times 7 = \underline{\hspace{20px}}\).
Step 2: Second Double
Double your result: \(\underline{\hspace{20px}} + \underline{\hspace{20px}} = \underline{\hspace{20px}}\).
Array Studio Student Passport Days 1 & 2 • Student Passport
Station 1: Array Architect Log
Part 1 of 2
Name:
Date:
Team:
Tier Selected:
🟢 🟡 🟣
Section A • Array Blueprint Model
Label rows (horizontal) and columns (vertical)
Rows: ________ Columns: ________
Total Squares / Units: ________
Section B • Equation Formulations
Original Equation
Number of rows × Items per row = Total product
______ × ______ = ______
Commutative Turnaround
Rotate array: Number of columns × Items per column
______ × ______ = ______
Section C • Geometric Reasoning
Explain how your array visually proves why multiplication works as repeated addition:
Station 1 Complete? Have your station partner initial here: ________ Stamp / Score: [ / 5 ]
Days 1 & 2 • Student Passport
Station 2: Strategy Studio Log
Part 2 of 2
Challenge Card #:
Primary Strategy Used:
Partner Name:
Section A • Break Apart Diagram (Distributive Property)
Write your target problem and decompose one factor into two friendly addends.
Target Problem: ______ × ______
Decomposition Part 1
Friendly fact equation:
( ______ × ______ ) = ______
Decomposition Part 2
Remaining fact equation:
( ______ × ______ ) = ______
Combine Partial Products: ______ + ______ = Final Product: ______
Section B • Split Area Model Verification
Draw a partitioned rectangle to visually represent the two partial products above:
Sketch partitioned rectangle showing the cut line:
Label dimensions on top and sides
Section C • Rotation Reflection
Array Accuracy
⭐⭐⭐
Strategy Fluency
⭐⭐⭐
Team Collaboration
⭐⭐⭐
Completed Station 2? Teacher Checkpoint Signature: ________ Score: [ / 5 ]
