Math BINGO - Addition and Subtraction Games for Kids - Free Printable

Actually, you haven’t uploaded an image — what you’ve shared is a *description* or *screenshot text* of a “Math BINGO” worksheet from 123Homeschool4Me.

The image shows six BINGO cards, each with 25 squares (5x5 grid), filled with numbers. The title says “Addition & Subtraction,” which implies that this is a game where a caller reads out math problems (like “8 + 9” or “25 – 7”), and players mark the answer on their card if it appears.

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✔ How to Solve/Play This Math BINGO Game:

Since there’s no single “problem” to solve (like a math equation), the “solution” is understanding how to play the game and possibly generate the math problems that correspond to the numbers on the cards.

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## 🎯 Goal:
Be the first player to get 5 in a row (horizontally, vertically, or diagonally) by solving addition/subtraction problems and marking the correct answers on your BINGO card.

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## 🔢 Step-by-Step Solution / Instructions:

Step 1: Understand the Cards

Each BINGO card has 25 numbers. The center square is usually a “FREE” space (marked with a star ⭐ in these cards).

Example from the top-left card:
```
B I N G O
3 17 26 48 60
7 18 31 54 61
8 20 ⭐ 56 63
14 36 39 57 67
23 41 58 68 ?
```
*(Note: Last row last column seems cut off — likely 68 or similar)*

All numbers are between ~2 and 78.

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Step 2: Generate Addition & Subtraction Problems That Equal These Numbers

You (or a teacher/caller) need to create math problems whose answers match the numbers on the cards.

#### Examples:
- For number 17:
→ 10 + 7 = 17
→ 20 – 3 = 17
→ 9 + 8 = 17

- For number 56:
→ 50 + 6 = 56
→ 60 – 4 = 56
→ 28 + 28 = 56

- For number 26:
→ 20 + 6 = 26
→ 30 – 4 = 26
→ 13 + 13 = 26

> 💡 Tip: Create a list of 50–100 unique addition/subtraction problems that result in the numbers appearing across all six cards.

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Step 3: Play the Game

1. Each player gets one BINGO card.
2. Caller reads a problem aloud (e.g., “What is 15 + 11?”).
3. Players solve it → answer is 26 → they mark 26 on their card if present.
4. First player to get 5 in a row shouts “BINGO!”
5. Verify by checking their answers.

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## 🧩 Bonus: What If You Want to “Solve” All Cards?

If you’re asking for a “solution” meaning which problems correspond to which numbers, here’s a sample mapping for one card:

Top-Left Card (Red):

Numbers:
3, 17, 26, 48, 60,
7, 18, 31, 54, 61,
8, 20, [FREE], 56, 63,
14, 36, 39, 57, 67,
23, 41, 58, 68, [?]

Sample Problems:
- 3 → 1 + 2
- 17 → 9 + 8
- 26 → 20 + 6
- 48 → 50 – 2
- 60 → 30 + 30
- 7 → 10 – 3
- 18 → 9 + 9
- 31 → 25 + 6
- 54 → 60 – 6
- 61 → 50 + 11
- 8 → 4 + 4
- 20 → 15 + 5
- 56 → 50 + 6
- 63 → 60 + 3
- 14 → 7 + 7
- 36 → 30 + 6
- 39 → 40 – 1
- 57 → 50 + 7
- 67 → 60 + 7
- 23 → 20 + 3
- 41 → 40 + 1
- 58 → 50 + 8
- 68 → 70 – 2

*(You can create many variations for each number.)*

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## ✔ Final Answer:

There is no single “problem” to solve — this is a game setup. To “solve” it:

> Create addition and subtraction problems whose answers match the numbers on the BINGO cards. Then play the game by calling out problems and having players mark the correct answers.

This reinforces mental math fluency for numbers up to 80.

Let me know if you want me to generate a full list of 100+ problems for all the numbers across all 6 cards! 😊