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Can you form a square using exactly 1, 2, 3, 4, 5 or 7 tangram pieces? Hint: 6 is impossible
We’ve been tackling this at my Curious Minds Club—the kids loved the tactile nature of the wooden pieces. They thrived on the trial and error of finding every solution 🧩
#mathstoday #MathsPuzzles #Tangrams
We’ve been tackling this at my Curious Minds Club—the kids loved the tactile nature of the wooden pieces. They thrived on the trial and error of finding every solution 🧩
#mathstoday #MathsPuzzles #Tangrams
September 16, 2026 at 10:45 AM
Can you form a square using exactly 1, 2, 3, 4, 5 or 7 tangram pieces? Hint: 6 is impossible
We’ve been tackling this at my Curious Minds Club—the kids loved the tactile nature of the wooden pieces. They thrived on the trial and error of finding every solution 🧩
#mathstoday #MathsPuzzles #Tangrams
We’ve been tackling this at my Curious Minds Club—the kids loved the tactile nature of the wooden pieces. They thrived on the trial and error of finding every solution 🧩
#mathstoday #MathsPuzzles #Tangrams
Hello Bluesky! We’re live at Games4Life, sharing deep-dives into geometry, maths puzzles, and board games.
Fresh on the blog: Why 7 simple shapes yield many possibilities - and the fascinating geometry behind Tangram paradoxes.
#Maths #Puzzles #BoardGames
Fresh on the blog: Why 7 simple shapes yield many possibilities - and the fascinating geometry behind Tangram paradoxes.
#Maths #Puzzles #BoardGames
I Solved Every Single Tangram Square (So You Don’t Have To)
Discover every possible way to make a square out of 1, 2, 3, 4, 5, or 7 Tangram pieces—and the fascinating maths behind why 6 pieces is completely impossible.
games4life.co.uk
September 15, 2026 at 4:41 PM
Hello Bluesky! We’re live at Games4Life, sharing deep-dives into geometry, maths puzzles, and board games.
Fresh on the blog: Why 7 simple shapes yield many possibilities - and the fascinating geometry behind Tangram paradoxes.
#Maths #Puzzles #BoardGames
Fresh on the blog: Why 7 simple shapes yield many possibilities - and the fascinating geometry behind Tangram paradoxes.
#Maths #Puzzles #BoardGames