Lesson planner

1. Lesson Overview

• Subject: Mathematics
• Topic: Basic Addition (within 10; introductory strategies)
• Grade Level/Age Group: 1st Grade (Ages 6–7)
• Duration: 60 minutes

2. Learning Objectives

By the end of the lesson, students will be able to:

1. Model addition problems within 10 using manipulatives (e.g., counters, cubes) to show “putting together.”
2. Solve addition equations within 10 using at least one strategy (counting on, making a set, drawing).
3. Explain their thinking using simple math language (e.g., “I started at 5 and counted on 3 more”).
4. Write a matching addition equation for a pictured or acted-out situation (e.g., 4 + 2 = 6).

3. Materials and Resources

• Counting manipulatives: linking cubes, counters, or beads (10 per student or pair)
• Ten-frames (printed mats or dry-erase ten-frame boards)
• Number cards (0–10)
• Chart paper/whiteboard and markers
• Student recording sheet (addition within 10; pictures + equation space)
• “Addition Story” picture cards (teacher-made: simple scenes like apples, balloons, animals)
• Exit ticket slips (2–3 problems)
• Optional: small dice (1–6) for partner game

4. Lesson Outline

A. Introduction (10 minutes)

1) Warm-Up: “Quick Show” (5 min)

• Teacher briefly flashes a ten-frame with dots (e.g., 6 as 5+1).
• Students say how many and how they knew (e.g., “I saw 5 and 1 more”).
• Purpose: activates number sense needed for addition.

2) Set the Purpose (5 min)

• Teacher says: “Today we will learn how to add. Adding means putting groups together to find the total.”
• Share objectives in student-friendly language:
  • “We will use cubes to show addition.”
  • “We will write addition sentences like 3 + 2 = 5.”
  • “We will explain how we got our answer.”

B. Main Activities (45 minutes)

Activity 1: Teacher Modeling with Manipulatives (10 minutes)

Teaching method: Explicit instruction + think-aloud + visual modeling

1. On the board, show a simple story: “I have 3 red apples and 2 green apples. How many apples in all?”
2. Use counters: make a group of 3, then a group of 2; push together.
3. Write the equation: 3 + 2 = 5.
4. Model “counting on”:
   • “Start at 3… count on 2: 4, 5.”
5. Ask quick checks:
   • “What does the + sign mean?”
   • “What does = mean?” (same as / is)

Teacher facilitation tip: Emphasize that the first number is the starting amount; the second is what we add.

Activity 2: Guided Practice—“Build It, Draw It, Write It” (15 minutes)

Teaching method: Guided practice with gradual release

1. Students work in pairs with manipulatives and a ten-frame.
2. Teacher displays 3–4 addition problems one at a time (within 10), such as:
   • 4 + 1
   • 5 + 3
   • 2 + 6
3. For each problem, students:
   • Build it with counters/cubes
   • Draw it quickly (circles or ten-frame dots)
   • Write it as an equation on their recording sheet
4. Teacher circulates, prompting with questions:
   • “What number are you starting with?”
   • “How did you count on?”
   • “Can you show it in a different way (ten-frame vs. cubes)?”

Collaboration: Partners check each other’s work and agree on the total before writing the final equation.

Activity 3: Small-Group Game—“Roll, Add, and Say” (12 minutes)

Teaching method: Hands-on practice + math talk

1. Partners roll a die twice (or roll two dice if available).
2. They build each roll on a ten-frame or with cubes, then combine to find the total (stay within 10 by using one die twice or dice with 1–5).
3. Each student must say an addition sentence aloud:
   • “I rolled 4 and 3. 4 + 3 = 7.”
   • Encourage a strategy statement: “I started at 4 and counted on 3.”

Teacher role: Listen for correct math language, correct misconceptions, and praise clear explanations.

Activity 4: Independent Practice—Addition Stories (8 minutes)

Teaching method: Independent application

• Students complete a short worksheet (5–6 problems) with picture scenes.
• For each scene, students:
  1. Count each group
  2. Write the equation ( + = ___)
  3. Optional: circle the total group to reinforce “together”

Differentiation:

• Support: Provide a number line (0–10) and allow students to use manipulatives.
• Challenge: Add a “Write your own addition story” box: draw two groups and write the equation.

C. Conclusion (5 minutes)

1) Whole-Class Review (3 min)

• Ask: “What does addition mean?” “How can we solve addition problems?”
• Invite 1–2 students to share a strategy (counting on, using ten-frames, making groups).

2) Closure/Exit Ticket (2 min)

• Students complete an exit ticket with 2 problems (e.g., 6 + 1, 3 + 4).
• Collect as they line up or transition.

5. Assessment Methods

Formative Assessment (during lesson)

• Observation checklist:
  
  • Uses manipulatives correctly to show two groups combining
  • Counts accurately (one-to-one correspondence)
  • Attempts “counting on” starting from the first addend
• Student talk: Listen for explanations using “start at,” “count on,” “in all/total.”
• Guided practice work: Spot-check recording sheets for correct equations.

Summative Assessment (end of lesson)

• Exit ticket (2 problems) scored for:
  • Correct total
  • Correct equation format (addends + equals sign)
• Independent worksheet accuracy (teacher reviews after class to plan next steps)

6. Optional Extension or Homework

Option A: Home Addition Hunt (5–10 minutes at home)

• Students find two small groups of objects at home (e.g., 3 socks and 2 socks).
• They draw the two groups and write the equation: + = ___. (Do 3 examples.)

Option B: Classroom Extension Center (early finishers)

• “Make 10” exploration with ten-frames: students pick a number card (1–9) and show how many more to make 10 (foundation skill for future addition fluency).

Reusable teacher note: This structure (model → guided practice → game → independent application → exit ticket) can be reused for subtraction, place value, or measurement by swapping manipulatives, story contexts, and practice tasks.