MATH MATCHING Game

GAME INFO

What is the goal of the game?

The Math Matching Pairs game consists of pairing face-up cards combining arithmetic operations with their correct answers before the timer runs out. When a correct math-and-number pair is selected, the cards flip over to reveal matching car models. The game features 12 levels of progressive difficulty covering addition, subtraction, multiplication, and division, with a limit of 3 lives for incorrect guesses.

Recommended age and educational level

Recommended for ages 7 to 8 and up (Elementary School, Middle School, and Adults).

Prerequisites: Basic mastery of addition and subtraction for the initial levels, and knowledge of multiplication tables and division for advanced stages.
Target audience: An excellent resource for elementary school students building mental math speed, as well as teachers and parents looking for an engaging math activity. It is also suitable for adults and seniors aiming to practice working memory and numerical processing.

How to play: single-player or multiplayer

This is a single-player game played against the clock, where players must manage 3 lives to pass each level. However, it can easily be turned into a collaborative group game by assigning different sections of the card grid to team members to calculate answers together before time runs out.

What do you learn from this game? Learning outcomes and skills

Promotes arithmetic fluency and cognitive processing speed.

Mental math agility: Sharpens solving speed for addition, subtraction, multiplication, and division under timed conditions.
Working memory and sustained attention: Requires holding calculated values in mind to match them quickly across the board.
Decision-making and impulse control: Encourages double-checking calculations before clicking to protect the 3 available lives.

Tips to get the most out of this game

Use the game to design an offline "unplugged" math challenge. Create physical paper cards with math problems on one side and matching car drawings on the back. Have students track their correct and incorrect attempts in a notebook to compute their accuracy percentages and analyze which arithmetic operations require further practice.