This is a tough logical reasoning puzzle question that will twist your brain. In this puzzle, you are shown four numbers inside a square. These four numbers relate to each other logically and mathematically. Your first challenge in this puzzle is to find the logical reasoning used in each square. Once you are able to crack the logical code, find the missing number in the last square.
This is a tough puzzle question. You need to try many different mathematical combinations to solve this puzzle. Let's see if you can solve this puzzle correctly. Please write down your answer to this puzzle in the comments along with the logical reasoning used to solve this puzzle. 'Alexandre Costa' from Italy is the first person to correctly solve this puzzle. Check out the comments for the answer and the logical reasoning used to solve this puzzle. If you have any other answers and logic to solve this puzzle, please write down your answer and logic in the comments box.
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| Can you find the Missing Number? |
8 comments:
1
What is the logical reasoning used to solve this puzzle?
All the respective parts of the square add up to 20. E.g. bottom triangle 6 + 3 + 4 + 7, up triangle 3 + 6 + 3 + 8, right triangle 2+ 6 + 4 + 8 and so last triangle 4 + 6 + 9 + missing number 1
Great. Yes, your answer and logical reasoning are right to solve this puzzle. It will be great if you can write down your name so that I can acknowledge you in this post for being the first one to solve this puzzle correctly.
Alexandre Costa from Italy
Thanks, Alexandre. I have mentioned you in this post.
Also, solve the other similar puzzles on this website. It will be nice to have your comments on these puzzles.
Thank you
I approached the problem in a different way
There is a relationship between the two right
and two left shapes.
For the two right:45+101=146(1+4+6)=11
58+116=174(1+7+4)=12(11&12 differ by 1)
For the two left:35+13=48(4+8)=12
37+12=49(9+4)=13(12&13 differ by one)so according to this logic path the number should be 1