Problem 4 · The Chest Room SplitPrint one blank worksheet now, download its PDF, or prepare a family or classroom packet.
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The Chest Room Split

Complete to collectTumbled HematiteLevel 2 · 3 Glints

In Minecraft, Alex stores 48 iron pieces equally in 6 supply chests. Later, she needs 18 pieces for a project. She opens as few chests as possible. She empties each completed chest before opening the next, but stops as soon as she has 18 pieces—even if the final opened chest still has pieces inside.

Alex checks the Minecraft workshop’s supply chests.

Target: 18 iron pieces

  1. How many iron pieces are in each chest?

  2. What is the fewest number of chests Alex must open to collect 18 pieces, and how many pieces remain in the last chest she opens?

Write your solution on separate paper. Include the equal share, the number of chests opened, and the pieces left in the final chest.

At a glance

About this problem

These tags show what the problem is about and the math you’ll use. Choose one to find similar problems.

Theme

Skills

Grade

Math area

Topics

Is this a good fit?

Before you choose this problem

A plain-language look at readiness, thinking, time, and the expected response.

Math readiness

Designed for Grade 3

Uses Middle Grade 3 math.

Thinking

Standard challenge

The solver chooses and coordinates familiar methods.

Time & response

About 3–7 minutes

Light amount of written work · Short Explanation response.

How to support: Point to the eight-piece chest units and the target marker; ask what remains in the final opened chest.

Keep exploring

Minecraft challenge 2 of 7

Technical reference

Rating, skills & curriculum

Designed for Grade 3 · Uses Middle Grade 3 math · About 3–7 minutes

Grade 3 · Operations and computation · Multiplication and division · Addition and subtraction

MJ 3.4 · C2 · W1

Precise MJD coordinates, factor scores, skill weights, calibration evidence, and curriculum crosswalks. This reference is available to everyone and is intentionally last.

Content level

MJ 3.4

Grades 3–5

Grade 3 progression · point 4

Likely range
MJ 3.3–3.5
Confidence
88%

Challenge

C2 · Standard

The solver chooses and coordinates familiar methods.

  • Method selection1
  • Reasoning depth2
  • Novelty0
  • Constraint management1
  • Proof or justification1

Workload

W1 · Light

A short response with only a few steps.

Active time
3–7 minutes · typically 4.5
Response
Short Explanation
Known-method steps
7
  • Mechanical execution1
  • Written output1
  • Representation production1
  • Bookkeeping0

Learning focus

Skills this problem practices

What a successful response demonstrates, with each skill’s share of the content rating.

  • Interpret whole-number quotients as sharing or grouping

    The learner can interpret whole-number quotients as sharing or grouping. This capability is distinct from mere exposure to or isolated use of equal groups.

    • Independent mastery
    • 50% focus
    • MJ 3.4 milestone
  • Interpret a product as equal groups or a rectangular array

    The learner can interpret a product as equal groups or a rectangular array. This capability is distinct from mere exposure to or isolated use of Grade 2 arrays.

    • Independent mastery
    • 29% focus
    • MJ 3.2 milestone
  • Solve one- and two-step addition/subtraction stories within 100

    The learner can solve one- and two-step addition/subtraction stories within 100. This capability is distinct from mere exposure to or isolated use of Grade 1 story structures.

    • Independent mastery
    • 21% focus
    • MJ 2.3 milestone

External alignment

Curriculum and standards crosswalks

Approved evidence-backed locations that support discovery. They do not define the MathJewels rating.

Bridges in Mathematicsthird-edition · 23 locations
Modules14 locations · Representative: Module 4: Adding & Subtracting to 20
Number Corner workouts9 locations · Representative: September: Calendar Grid
Common Core State Standards for Mathematics2010 · 3 locations
Standards3 locations · Representative: Use addition and subtraction within 100 to solve one- and two-step word problems involving situations of adding to, taking from, putting together, taking apart, and comparing, with unknowns in all positions, e.g., by using drawings and equations with a symbol for the unknown number to represent the problem.