Remove 3 matchsticks to make the equation correct.

Move 2 matchsticks to divide the 2x2 square into two identical parts (in area and shape). ____________ *by Serhiy Grabarchuk Jr

Move 2 matchsticks to get a 3-digit number as big as possible.

Add the 3 bottom matchsticks to this number, increasing it to a biggest possible 3-digit number.

The square is divided into three regions of the ratio 2:3:4. Move just 1 matchstick so that the ratio between the regions is 1:1:1.

Move 1 matchstick to covert this Roman IX into an EVEN number. ____________ *by Serhiy Grabarchuk Jr

Kneeling, this man is facing the East. Move 2 matchsticks so that he is still kneeling, but now facing a different direction.

Move 3 matchsticks to end up with three squares DIFFERENT in size.

Move 2 matchsticks to end up with 8 equilateral triangles out of the current 5. Overlapping is allowed.

Move just 2 matchsticks to make another valid word from this one. ____________ *by Serhiy Grabarchuk Jr

Remove 1 matchstick to make the equation correct.

Move 2 matchsticks to get two equilateral triangles.

Move 3 matchsticks to get five equilateral triangles out of these two trapeziums. Overlapping is allowed.

Move 3 matchsticks to make the arrow flying in the opposite direction. ____________ *by Serhiy Grabarchuk Jr

Move 3 matchsticks to obtain 3 equilateral triangles.

Move 2 matchsticks to get five equilateral triangles out of these three. Overlapping is allowed.

Move 2 matchsticks to obtain eleven squares instead of the current seven.

Move 2 matchsticks to get four equilateral triangles our of these two. Overlapping is allowed. ____________ *by Serhiy Grabarchuk Jr

Remove 3 matchsticks so that only four squares remain. No loose matchsticks allowed.

Two smaller squares overlap a big one - 3 squares are in this composition. Move 2 matchsticks to get five squares. Overlapping is allowed, though no loose matchsticks.

Move 1 matchstick to get another word, but not the past tense of this one.

Move 2 matchsticks to obtain 6 equilateral triangles out of these 4. ____________ *by Serhiy Grabarchuk Jr

Move 2 matchsticks to end up with six squares out of these four ones.

Move 1 matchstick to get correct equation.