Many people are baffled by a perplexing arithmetic problem that has been making the rounds on social media lately. The task consists of a sequence of arithmetic problems that appear straightforward but have a peculiar twist. Usually, the graphic says:
The pattern concealed behind the numbers is more fascinating than the actual mathematical procedures. The equations appear to violate standard arithmetic norms. A closer examination, however, exposes a deft pattern that, when recognized, makes the challenge easily solved. Let’s examine the reasoning and provide the solution to this conundrum.
Comprehensive Dissection
Understanding that the equations follow a cumulative pattern rather than simple addition is the key to solving this puzzle. Here’s how to deconstruct it:
The first equation is 1 + 4 = 5.
At first glance, this equation appears simple because 1 + 4 does, in fact, equal 5. It does, however, lay the groundwork for the cumulative pattern.
Equation two: 2 + 5 = 12
Remember that 2 + 5 = 7 to grasp this. Nevertheless, the solution given is 12, which is 7 times the outcome of equation (5).
Thus, 7 (2 + 5) + 5 (the earlier outcome) = 12.
Equation Three plus Six equals 21.
In the same way, 3 + 6 = 9. We obtain 21 by adding this to the earlier result (12).
Thus, 12 (the prior result) plus 9 (3 + 6) = 21.
Utilizing the Pattern
Let’s apply the pattern to the last equation now that it is evident:
see next page
My Grandmother Used to Mix Baking Soda With Honey and Look How She Used This Mixture!
How To Make Italian Stromboli
How to Use This Strange Tool in Your Kitchen
Creative Ways to Repurpose Empty Tuna Cans
No more eating boring food, Portuguese pie is simple to make and delicious
Starbucks Employee Breaks Down In Tears After Being Scheduled To Work 8 Hours
CHRISTMAS CHOCOLATE KAHLUA & BAILEY’S PUDDING SHOTS
Pierce a banana and insert lemon seeds: The brilliant trick
I’m sharing the recipe for the recipe; Order our 4 new sets today!
