Apple Orchard Lesson Plan 🍎
Grade 1 Mathematics • Operations & Algebraic Thinking
Apple Orchard Bonds Lesson Plan
Duration: 45–50 Mins
Part-Part-Whole to 10
🎯 Standard
CCSS 1.OA.C.6
Decompose numbers ≤ 10
🧠 Model
C-R-A Sequence
Concrete to Abstract
🧺 Grouping
Whole & Pairs
Partner math talk
✨ Focus
Number Bonds
Part + Part = Whole
🎯 Learning Objectives (I Can Statements)
I can decompose any whole number up to 10 into two parts using red and green apple counters.I can record my parts and whole inside a number bond model.I can write a matching addition equation (e.g., \(4 + 3 = 7\)) to represent my harvest.
💡 Essential Questions & Vocabulary
"How can one whole number be broken into different pairs of parts?"
Whole Part Decompose Number Bond Equation
⏱️ Lesson Arc & Facilitation
1 Launch & Hook: The Orchard Harvest Mystery (8 Mins)
Slides 1–3
Gather students on the rug. Reveal an apple basket with 7 apple cutouts (4 red, 3 green). Ask: "Farmer Fran picked 7 apples today. Some are red sweet apples and some are green crisp apples. How many of each could be in Fran's basket?"
Teacher Talk: "The whole is 7. We can separate our whole into two parts : red apples and green apples! Today, you are Orchard Mathematicians!"
2 Concrete Exploration: Apple Tree Mat Sorting (14 Mins)
Slides 4–6
Students work in pairs with their Apple Tree Mat and 10 two-color counters (or red/green snap cubes). Challenge students with target numbers:
Target 6 Apples
Find 2 different ways to make 6 (e.g., 5 red & 1 green, 3 red & 3 green).
Target 8 Apples
Shake cup of 8 counters and spill onto the tree branches to see parts.
Target 10 Apples
Explore combinations of ten using the ten-frame tree basket.
Apple Orchard Bonds • Grade 1 Instructional Plan Page 1 of 2
🌳 Guided Practice, Independent Work & Support
Lesson Arc (Part 2)
3 Representational Bridge: Number Bonds & Equations (10 Mins)
Slides 7–8
Transition from counters on the tree mat to drawing circles in the number bond graphic organizer on the mat.
Say & Model: "Look at our 5 red apples and 2 green apples. Our whole is 7 in the big circle. The two parts branch out: 5 and 2. 5 plus 2 equals 7!"
Turn & Talk Prompt: "Turn to your partner: If Farmer Fran turns the bond sideways, does the whole change? How do you know?"
4 Independent Application: Orchard Harvest Worksheet (12 Mins)
Student Sheet
Students transition to the Orchard Harvest Worksheet . They color apples red/green to match given totals, complete number bonds, and fill in matching addition sentences.
5 Harvest Wrap-Up & Exit Debrief (6 Mins)
Slide 9
Hold up 2 fingers on left hand and 4 on right. "Show me with thumbs up: Is 6 the whole? Yes! What are the two parts? 2 and 4!" Collect exit check on worksheet problem 6.
⚠️ Common Misconceptions & Coaching Tips
Misconception: Confusing which circle is the whole when the bond is rotated or oriented sideways.
Correction: Have students follow the "branches". The whole connects to BOTH paths; parts only connect to the whole.
Misconception: Counting the total again when recording equations (e.g. thinking \(4+3=10\)).
Correction: Remind students that counters are NOT added from outside; we simply split the same group of 7.
🌱 Tiered Instructional Differentiation
Support / Tier 2
Restrict numbers to totals of 5 or 6. Keep counters physically placed directly inside the bond rings before writing numerals.
EL / Language
Use physical gestures: arms together for "whole", open hands splitting apart for "parts". Sentence frame: "____ and ____ make ____."
Extension / Tier 1+
Have students find all pairs that make 10 systematically (\(10+0, 9+1, 8+2...\)) and introduce subtraction relation (\(10-3=7\)).
Apple Orchard Bonds • Grade 1 Instructional Plan Page 2 of 2
Apple Orchard Slide Deck 🍎 First Grade Math Lab
Part • Part • Whole
🌳 Welcome to the Orchard!
Apple Orchard Bonds
Discovering how whole numbers break into parts with sweet red and crisp green apples!
🧺 Grab your tree mat & counters! CCSS 1.OA.C.6
🧺 Farmer Fran's Apple Mystery
The Harvest
Farmer Fran went picking in the orchard and collected 7 apples in one basket!
Some apples are Red Delicious.
Some apples are Granny Smith Green.
🤔 How many of each could be in Fran's basket?
Total Harvest: 7 Apples
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4 Red Apples + 3 Green Apples = 7 Apples!
First Grade Math • Decomposing Numbers
🧠 Math Vocabulary: Whole & Parts
Key Words
The Whole
Everything Together
The whole is all of the apples counted in total. It is the full group before splitting.
🍎🍏🍎🍏🍎 Whole = 5
The Parts
The Split Pieces
When we decompose, we separate the whole into smaller groups called parts.
🍎🍎🍎
Part 1: 3
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Part 2: 2
🌟 Big Idea: Part + Part = Whole! Both parts put back together equal the whole!
🌿 Meet the Number Bond!
Visual Model
6 Whole
4 Part
2 Part
🔴 The Big Circle
Holds the whole number. It has two branches connecting to the parts.
🟢 The Two Branch Circles
Hold the two parts that combine to make the whole!
💡 "The branches always lead back to the whole!"
Look at your Apple Tree Mat: do you see the number bond basket?
🌳 Partner Activity: Tree Mat Shake & Spill
Hands-On
1
🥤
Count & Shake
Count exactly 6 counters into your cup. Shake gently!
Whole = 6
2
🍎🍏
Spill on the Tree
Spill onto your Apple Tree Mat. Sort into red and green!
Sort the 2 parts
3
✍️
Record the Bond
Write your parts in the bond. Say: "____ and ____ make 6!"
Apple Tree Mat Activity 🌳
Apple Tree Counter Mat
Part-Part-Whole Hands-On Math Mat
Name:
Date:
🧺 Instructions: Place your total counters in the tree canopy. Sort red and green apples into the baskets below. Fill in your number bond!
🌳 Tree Canopy (The Whole: Place All Counters Here)
🍎 Spill Zone 🍏
1
2
3
4
5
6
7
8
9
10
Ten-Frame Harvest Tray (Check Your Whole) Fill from left to right
🍎 Part 1: Red Part
Count:
Number Bond
Whole
Part
Part
Part + Part = Whole
🍏 Part 2: Green Part
Count:
Apple Orchard Math • Reusable Hands-On Mat Laminate or insert into dry-erase sleeve
🧺
Shake, Spill & Record Partner Game
Collaborative Math Station Guide
Station Activity
🎲 How to Play in Pairs
1 Pick Whole
Choose a target card below (6, 7, 8, 9, or 10 counters in cup).
2 Shake & Spill
Shake cup and spill onto the Apple Tree Canopy on your mat.
3 Sort Parts
Move red counters to Red Basket, green counters to Green Basket.
4 Record & Talk
Fill in the game log below. Say: "____ and ____ make ____!"
🎯 Orchard Mission Challenge Cards
Mission 1: The Sweet 6 Orchard Whole = 6
Spill 6 counters 3 times. Can you find 3 completely different part pairs to make 6?
Mission 2: The Lucky 7 Basket Whole = 7
Partner A places 4 red apples. Partner B predicts how many green apples are needed to reach 7!
Mission 3: The Great 8 Doubles Whole = 8
Can you find the double pair where the red part and the green part are exactly equal?
Mission 4: The 10-Apple Grand Prize Whole = 10
Use all 10 counters in the ten-frame tray. Find at least two combinations that make 10.
📋 Partner Harvest Log Record each spill below
Round
Whole
Red Part
Green Part
Addition Sentence
1
+ =
2
+ =
3
Orchard Harvest Worksheet 🍎
Orchard Harvest Worksheet
Part-Part-Whole Practice • Decomposing Up to 10
Name:
Date:
Example Whole = 5 | 3 red apples + 2 green apples = 5 apples
🍎🍎🍎 🍏🍏 \(3 + 2 = 5\)
1 Color the apples (some red, some green) to make the whole. Then fill the bond!
A. Whole = 6 (Color some red & some green)
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Red: Green:
6
+ = 6
B. Whole = 7 (Color some red & some green)
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Red: Green:
7
+ = 7
2 Find the missing part in each orchard number bond.
8
5
\(5 + \underline{\quad\;} = 8\)
9
3
\(\underline{\quad\;} + 3 = 9\)
10
6
\(6 + \underline{\quad\;} = 10\)
Orchard Harvest Worksheet • Grade 1 Math Page 1 of 2
🧺 Equations & Harvest Word Problem
Independent Application
3 Write TWO addition sentences for each number bond.
7
4
3
+ =
+ =
8
6
2
+ =
+ =
4 Orchard Story Problem
Farmer Fran picked 8 apples in all. Fran put 3 green apples in the basket. The rest of the apples are red . How many red apples did Fran pick?
Draw Fran's 8 Apples (Green & Red):
Count: _____ red apples
Number Bond
8
3
Equation: 3 + = 8
Answer: Farmer Fran picked red apples.
5 Harvest Exit Ticket
Quick Check
Complete the number bond for 10 . Then write the equation.
10
7
\(7 + \underline{\quad\;} = 10\)
How do you feel?
😊 😐 🤔
Orchard Harvest Worksheet • Grade 1 Math Page 2 of 2
Orchard Harvest Answer Key 🔑
Orchard Harvest Answer Key
Teacher Reference & Evaluation Guide
Teacher Master
Grade 1 • 1.OA.C.6
Teacher Note on Section 1: Any valid pair of parts totaling the given whole is acceptable. Common combinations are highlighted below.
1 Color & Decompose Apples (Sample Accepted Solutions)
A. Whole = 6
4 Red 🍎 2 Green 🍏
Other valid pairs: 5 & 1, 3 & 3, 2 & 4, 1 & 5, 6 & 0.
6
4
2
4 + 2 = 6
B. Whole = 7
5 Red 🍎 2 Green 🍏
Other valid pairs: 4 & 3, 3 & 4, 6 & 1, 1 & 6, 7 & 0.
7
5
2
5 + 2 = 7
2 Missing Part in Number Bonds (Exact Answers)
8
5
3
\(5 + \mathbf{3} = 8\)
9
6
3
\(\mathbf{6} + 3 = 9\)
10
6
4
\(6 + \mathbf{4} = 10\)
Orchard Harvest Answer Key • Grade 1 Page 1 of 2
🧺 Solutions: Equations, Story Problem & Exit Check
Page 2 Key
3 Two Addition Sentences (Turn-Around Facts)
7
4 3
4 + 3 = 7
3 + 4 = 7
8
6 2
6 + 2 = 8
2 + 6 = 8
4 Orchard Story Problem Solution
Farmer Fran has 8 apples. 3 are green and the rest are red.
Student Drawing Expectation: 3 green apples (drawn or colored) + 5 red apples totaling 8 items.
Count: 5 red apples
Bond & Equation:
Whole = 8 , Parts = 3 and 5
Equation: \(3 + \mathbf{5} = 8\)
Answer: 5 red apples
5 Exit Ticket Solution: Whole 10
Mastery Check
Missing Part: 3
Equation: \(7 + \mathbf{3} = 10\)
Commutative: \(3 + 7 = 10\) also correct
📊 Formative Assessment & Next Steps
Mastery (4–5 Correct) Student readily decomposes ≤ 10, writes related equations, and understands part-part-whole. Move to missing addends and subtraction relationships.
Developing (2–3 Correct) Student understands concrete counters but makes errors translating to equations or number bonds. Provide additional Apple Tree Mat partner work.
