How could then 4 squares have been formed even with the number of sticks 4 less than the number needed to form 4 squares? puzzle solution, Take this arrangement and with the following moves:-, Move 2 matches to make 7 squares - Since, all squares have the same property of parallelogram. With stick 3 fixed, the small square is formed on the bottom horizontal side and with stick 4 fixed, the small square is formed on the right vertical side of the larger square. #Move2Sticks@Rajni007 Maths Tutorials PLEASE CHECK OUT MY POPULAR VIDEOClock Calculator Bulb puzzle Answer revealed!! !! Question: What can be the location of the small square in relation to the large square? The use of the preposition "to" (rather than, say, the conjunction "and") implies that the movement of the matchstick causes the square to come into existence. Use similar logic. For all those looking to improve their intelligence quotient and their mental logical problem-solving skills, we have in this article one such matchstick puzzle. Takeaway The puzzle is easy to solve. Move 2 matches to make 7 squares - puzzle solution. The puzzle figure shown. Last, another 90 degrees clockwise rotation will get you the fourth figure from left. !Number Tree Puzzlehttps://youtu.be/Hw7TLgNlb-ACount number of cube part 1|| counting number of cubes in given figure|| cube counting tricks||https://youtu.be/zjWTz0CxxAg14+19=313,25+13=328, 7+18=235, then 10+40=?? The matchstick puzzle figure is not made up of usually encountered complete regular geometric shapes of squares or triangles. a) Remove 3 sticks to leave 3 squares b) Remove 3 sticks to leave 5 squares c) Remove 5 sticks to leave 2 squares Watch the video for a solution. Cite. BUY the eBook Amazon Kindle version here, from Google Play here and Paperback here. For the puzzle, the problem is already precisely defined. The conclusions and action requirements would be true for any matchstick puzzle that requires an increase in the number of closed shapes by 2 in 2 stick moves. The opposite sides are parallel to each. By using our site, you The common stick serves the role of a side of BOTH THE SQUARES. If you find it easy, dare yourself by placing time restraints. Move 3 matchsticks to make 3 squares - WonderHowTo We have provided the solution for all of you. Finally, then the new square will be formed by. Reason for unequal size: To make two squares MAXIMUM number of sticks required is 8 when the two squares do not have any common side. Outcome is, clear idea on steps to be taken to reach the solution. Question 3: How many ways can 16 matchsticks make the four independent squares? As a pastime, many would know of examples of these lateral thinking puzzles. This concept plays an important part in solving matchstick puzzles. The crossword clue chess piece that can't move diagonally with 4 letters was last seen on the july 24, 2018., 2 Methylpentane Newman Projection. Solution: Approach-1 : As shown in the above diagram, there are four matchsticks, two placed vertically and one horizontally. The detailed analytical reasoning forms the basis or reasons behind each action, even if the action is taken instinctively. Or keep reading. Any experienced matchstick puzzle solver can solve this puzzle in 30 seconds. (parseInt(navigator.appVersion) >= 3 )) || First solution by common stick elimination technique: Move 3 matches to make 3 squares matchstick puzzle Second phase of puzzle structure analysis Your target is to eliminate all four common sticks in 3 stick moves, and you'll identify the suitable sticks to move by second phase of Structure analysis. (b) all rhombuses are parallelograms.A rhombus, How To Factor X 2 4. ), Puzzle 3 | (Calculate total distance travelled by bee), Puzzle 5 | (Finding the Injection for Anesthesia), Puzzle 4 | (Pay an employee using a gold rod of 7 units ? Matchstick Puzzle Make 3 Squares In 3 Moves - Mind Your Decisions The picture below has the answer to this brain teaser. Solution 2. This will always be the most up-to-date full list with the brain teasers classified into categories that can be browsed separately. 1. // -->