FIGURE OUT PUZZLES - matchstick puzzles (01)

• Question 1

  Move three matchsticks to correct the equation. (There's more than two solutions).

  
  
• Question 2

  Move two matchsticks to make the equation true. (There's more than one solutions).

  
  
• Question 3

  Move one matchstick to equal the number two.

  
  
• Question 4

  Move five matchsticks to form TWO.

  
  
• Question 5

  Move only 1 matchstick to create 2 squares.

  
  
• Question 6

  Move two matchsticks to make the equation true.

  
  
• Question 7

  Add two matchsticks to make the equation true.

  
  
• Question 8

  Move only 2 matchsticks to create 6 squares and 4 rectangles. The following rules apply:
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  1. Squares must be equal in size
  2. Rectangles must be equal in size
  3. Not all squares or rectangles have to be connected

  
  
• Question 9

  Take away two matchsticks to make the equation true

  
  
• Question 10

  Move 3 matchsticks to create 9 squares. The squares must be equal in size

  
  
• Question 11

  What is the relationship or link between the 4 figures below?

  
  Remove the same 2 matchsticks from each figure and turn your head to the right. It forms the letters V W X Y
  
• Question 12

  Can you decipher the hidden word in this figure by linking row 1 with row 2?

  
  By flipping row 1 and row 2 upside down and merging them together
  
• Question 13

  Move two matchsticks to make the equation true.*There's More than one solution.

  
  
• Question 14

  Move two matchsticks to make this equation correct.

  
  
• Question 15

  Take away only 1 matchstick to leave 4 equal squares. All the squares must be connected and all matchsticks must form part of a square.

  
  
• Question 16

  Which layout is the odd one out?

  
  C is the odd one out. Adding 1 matchstick to any other layout forms a capital letter.
  
• Question 17

  Move three matchsticks to make the equation true.

  
  
• Question 18

  Take away two matchsticks to make the equation true.

  
  
• Question 19

  How would you show that this equation is correct by just adding only one matchstick?

  
  
• Question 20

  Move one matchstick to make this equation true.