MORE MATCHSTICK PUZZLES...
3 to 6
Three matchsticks are scattered on a table. Get 6 out of these 3 matchsticks by moving just 1 matchstick without breaking or overlapping any of them.
House to 5 Squares
Move 2 matchsticks to get five squares out of this house. Overlapping is allowed.
5 Squares to 9
Move 3 matchsticks to get 9 squares out of these five ones.
Out of the Glass: V2
Move 2 matchsticks so that the coin is outside of the glass.
Out of the Glass
Move 2 matchsticks so that the cherry is outside of the glass.
Cross to Squares
Move 4 matchsticks to get 4 identical squares.
L-Shape to 4 Squares
Move 2 matchsticks to get four identical squares.
Cup and Saucer
Move 4 matchsticks to create 3 EQUILATERAL triangles, all of different sizes.
6 Squares to 7
Six squares can be seen in this matchstick arrangement. Move 2 matchsticks to get 7 squares.
Shifted Squares
The shape consists of 5 equal squares. Move 3 matchsticks to get 6 equal squares.
Tree to a Fish
Move 2 matchsticks to convert the tree into a fish.
The Bat Upside-Down
Move 3 matchsticks to turn the bat upside-down.
Stacked Triangles
Move 4 matchsticks to end up with just 2 equilateral triangles.
3 Squares to 2
Move 3 matchsticks to end up with 2 squares only.
Triangles to Rhombi
Move 6 matchsticks to get 6 rhombi.
5 Squares from 3
Move 3 matchsticks to get 5 squares.
5 Squares to 4
Move 3 matchsticks to end up with 4 squares only.
4 Equal Triangles to 2 Equal Ones
Move 4 matchsticks to create 2 identical triangles.
Break the Bigger Arrow
By moving 4 matchsticks break this big arrow into 2 smaller, similarly looking arrows.
4 Equilateral Triangles to 3
Move 2 matchsticks to get three identical equilateral triangles.
Roman Numeral 7 to 1
Four matchsticks are arranged into the Roman numeral 7. Move 1 matchstick to get the exact value of 1.
3 Triangles to 2
Move 2 matchsticks to end up with 2 equilateral triangles.
Spiral to Squares
Move 3 matchsticks to make two squares. No loose matchsticks should remain.
3 Triangles to 5
Move 4 matchsticks to form 5 equilateral triangles.