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Read a Picture Graph

Mathematics • 2nd Grade • 30 • 3 students • Created with AI following Aligned with Common Core State Standards

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Mathematics
2nd Grade
30
3 students
22 August 2026

Teaching Instructions

This is lesson 6 of 18 in the unit "Math Explorers: Measure, Graph, Solve". Lesson Title: Read a Picture Graph Lesson Description: Data: read a picture graph with a key of one picture equals one object. Objective/I can: “I can use a picture graph to find information.” Vocabulary: graph, picture graph, key, most, least, equal. Success criteria: I identify the title, key, and category counts in 4 of 5 questions. I do: Point to and label the graph title, rows, pictures, and key. We do: Students drag picture tokens into the correct row and count them together; use a class graph of favorite fruit. You do: Answer questions by pointing to the graph or selecting a numeral. Assessment: Display a graph with apples 3, bananas 2, grapes 4. 1. Which has most? A apples B bananas C grapes. 2. Which has least? A apples B bananas C grapes. 3. How many apples? A 2 B 3 C 5. 4. How many grapes? A 3 B 4 C 6. 5. The key says one picture equals… A one vote B ten votes C one yard. Differentiation: use real objects before symbols, highlight one row at a time, count aloud, and allow pointing. Dyslexia-friendly: use pictures and numerals, not dense labels; read graph questions aloud and use high-contrast colors.

Overview

In this sixth lesson of “Math Explorers: Measure, Graph, Solve,” students read a picture graph in which one picture represents one object or vote. Using a class graph about favorite fruit, students identify graph features, count categories, and answer most, least, equal, and how-many questions.

Learning intentions

Students will be able to:

  • Use a picture graph to find information.
  • Identify the title, categories, pictures, and key.
  • Count pictures and connect each picture to one object or vote.
  • Compare categories using the words most, least, and equal.

Success criteria

  • I can identify the title, rows, pictures, and key.
  • I can count the pictures in each category.
  • I can use a picture graph to answer questions.
  • I can answer at least 4 of 5 graph questions correctly.

Curriculum links

  • Measurement and Data — draw and use picture graphs with a single-unit scale.
  • Measurement and Data — solve put-together, take-apart, and compare problems using graph information.
  • Mathematical practices — reason quantitatively, represent information, and explain thinking.

Lesson structure (30 minutes)

  1. 0–4 min · Hook and learning intention. Open with the picture graph hook slide showing three bowls labeled apples, bananas, and grapes, with picture tokens beside them. Ask, “What can these pictures tell us?” Introduce: “I can use a picture graph to find information.” Students make a prediction and briefly share what they notice.

  2. 4–9 min · Teacher modeling: parts of a graph. Display the labeled picture graph slide and model pointing to and naming the title, rows/categories, pictures, and key. Explain that the key tells what each picture means: one picture equals one vote. Students echo the vocabulary—graph, picture graph, key, most, least, and equal—and point to each feature as it is named.

  3. 9–16 min · We do: build a class graph. Use the class fruit graph activity slide and give each student a few fruit picture tokens representing a favorite fruit. Students place or drag their tokens into the correct row while the group counts aloud. The teacher records the totals, rereads the title and key, and asks, “Which row has most? Which has least? Are any equal?” Students point, count, and explain using a sentence frame: “___ has ___ pictures.”

  4. 16–22 min · Guided practice. Distribute the picture graph practice sheet and display the guided practice slide. Complete the first question together by locating the title, checking the key, and counting one row. Students then answer the remaining questions by pointing to the graph or circling/selecting a numeral. Pause to check each student’s counting and interpretation before moving on.

  5. 22–27 min · You do: individual graph check. Display the individual practice graph slide with apples 3, bananas 2, and grapes 4, using a key of one picture equals one vote. Ask students to answer independently, orally, by pointing, or by selecting a numeral:

  6. Which has most? A apples, B bananas, C grapes.

  7. Which has least? A apples, B bananas, C grapes.

  8. How many apples? A 2, B 3, C 5.

  9. How many grapes? A 3, B 4, C 6.

  10. The key says one picture equals: A one vote, B ten votes, C one yard. Students explain one answer by pointing to the evidence in the graph.

  11. 27–30 min · Review and exit check. Return to the review and exit slide. Students complete the sentence, “I can use a picture graph to ___,” and show a thumbs-up, sideways, or down to indicate confidence. The teacher quickly reviews answers and notes which graph feature or comparison needs reteaching.

Resources

  • picture graph teaching and practice deck
  • picture graph practice sheet
  • Fruit picture tokens or small counters
  • Chart paper or whiteboard
  • High-contrast markers
  • Individual pencils or crayons
  • Optional document camera or interactive display

Assessment

  • During modeling and class graph work, check whether each student can point to the title, categories, pictures, and key.
  • Listen for accurate one-to-one counting and use of most, least, and equal during guided practice.
  • Record responses to the five-question individual check. Meeting the objective means identifying graph features and answering at least 4 of 5 questions correctly.

Differentiation

  • For support, use real fruit or counters before introducing picture symbols. Build one row at a time, highlight the row being discussed, and count aloud together.
  • Allow students to point, touch, verbally answer, or select a numeral instead of requiring written responses. Provide the sentence frame, “___ has the most/least.”
  • For dyslexia-friendly access, use clear pictures and numerals rather than dense labels, high-contrast colors, large uncluttered print, and plenty of spacing. Read every question aloud and repeat it without changing the meaning.
  • For students ready for more challenge, ask them to compare two categories and explain how many more or fewer pictures one category has than another.

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