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Dividing & Equivalent Fractions

Technology • 4th Grade • 45 minutes • 30 students • Created with AI following Aligned with provincial curriculum standards

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Technology
4th Grade
45 minutes
30 students
29 December 2024

Teaching Instructions

multi-digit dividends & 1-digit divisors Divide multiples of 10, 100 or 1000 Estimate quotients Find equal shares Understand partial quotients Divide 4-digit dividends by 1-digit divisors Understand & make sense of remainders Solve multistep problems using division

Fraction Equivalence: Equivalent fractions Generate equivalent fractions using models Generate equivalent fractions using number lines Compare fractions using benchmarks Other ways to compare fractions. Create lesson plan for BYTEed

Dividing & Equivalent Fractions

Overview

Grade Level: 4th Grade (CA Educational Standards)
Subject: Technology-Integrated Mathematics
Duration: 45 minutes
Class Size: 30 students

Curriculum Focus Areas:

  1. Multi-digit dividends & 1-digit divisors.
  2. Divide multiples of 10, 100, or 1000.
  3. Estimate quotients for accuracy.
  4. Equal shares and understanding partial quotients.
  5. Divide 4-digit dividends by 1-digit divisors and interpret remainders.
  6. Generate and compare equivalent fractions using visual models and number lines.
  7. Solve multi-step problems incorporating division.

This lesson incorporates BYTEed, short technology moments where students engage hands-on with tools for understanding math concepts.


Objectives

By the end of this lesson, students will:

  • Demonstrate an understanding of long division of 4-digit dividends by 1-digit divisors, with or without remainders.
  • Estimate quotients effectively to check precision and reasonableness of answers.
  • Use models and number lines to generate, compare, and explain equivalent fractions.
  • Solve a real-world multi-step word problem using both division and fractions.
  • Engage with interactive technology to solidify conceptual understanding through visual representations.

Materials/Resources

  • SMART Board/Projector
  • Individual tablets or laptops for students
  • Dry erase boards and markers (1 per student)
  • Fraction tiles (physical or digital via Math Learning Apps)
  • Number line transparencies or worksheets
  • Pre-prepared scenarios for collaborative problem-solving

Lesson Structure

Step 1: Warm-Up (5-mins)

Activity Title: "Division Detectives"

  • Use the SMART Board to display a short riddle-like division problem:
    "If 2,400 pencils are shared between 8 classrooms, how many pencils does each classroom get?"
  • Have students work independently on their dry erase boards to solve.
  • Prompt 1: “How can we estimate quickly before solving?” (Expect students to identify rounding to 2,400 ÷ 10 for an estimated answer of about 240.)
  • Check answers in unison and discuss.

Step 2: Concept Spotlight – Division (12-mins)

BYTEed Activity #1: Real-Time Long Division App

Goal: Break down multi-digit computation via technology.

  1. Explain real-world scenarios for division. Example: splitting large donations into smaller groups.
  2. Project a 4-digit dividend problem: 4,625 ÷ 5. Demonstrate partial quotients on the board while narrating:
    • Divide: "4,625 ÷ 5 begins with dividing the thousands place..."
    • Subtract.
    • Bring the next number down.
  3. Distribute tablets and guide students to use a math app that visually represents division steps.
  4. Students practise 2 problems:
    • 3,750 ÷ 6
    • 6,004 ÷ 7
    • Encourage them to note when remainders arise.

Check-In Question: “What real-life problems could we solve with division?”


Step 3: Fractions (15-mins)

BYTEed Activity #2: Fractions Lab

Goal: Generate equivalent fractions and compare sizes using benchmarks.

  1. Start with fraction tiles. Ask: "What happens if two friends share half of a pizza unequally?
    a. Discuss 1/2 = 2/4 = 4/8 using tiles.
    b. Add a tech layer: Guide students to an interactive fractions generator where they identify equivalent fractions and drag numbers on a number line.
  2. Independent Practice (3 mins): Students create 3 (functionally equivalent) fractions provided via digital fraction flashcards.

Fraction Benchmark Comparison:

  • Pair students. Provide pairs with digital number lines.
  • Discuss how close 5/6 is to 1, compared to 3/5. Allow them to estimate and mark.

Step 4: Problem-Breaker Challenge (10-mins)

Students work in pairs/groups of 3 to tackle this collaborative, multi-step challenge:

*"A farmer has 3,872 oranges. He wants to pack them into crates of 9 oranges each.

  1. How many full crates can he pack?
  2. How many oranges are left over?
  3. If he shares the leftover oranges equally with 3 neighbours, how many would each get?
  4. BONUS: Represent your answers as an equivalent fraction of the total starting oranges."*

Using tablets, students will type their solutions step-by-step and justify their strategies. Encourage peer discussion.


Step 5: Cool Down: Mini Magic Quiz (3-mins)

  • Each student gets an online quick randomiser quiz (on their tablet) with 4 fractions and simple division estimation multiple-choice questions.
  • This helps consolidate confidence in benchmarks and estimation.

Assessment/Evaluation

  • Observation: Monitor participation during BYTEed activities to ensure meaningful engagement.
  • Exit Ticket: Before leaving, students write a response to: "What’s one new strategy you learned for division or fractions today?"
  • Pair Share: Evaluate their group work during the Problem-Breaker Challenge.

Homework/Extension

Assign a creative fraction task:
"Design a pizza with toppings split into fractional parts. Use benchmarks to compare sizes (e.g., 1/3 pepperoni, 1/4 mushrooms)."

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