A Puzzle That Intrigues the Internet
A recently surfaced puzzle has captured the attention of the internet with a particularly challenging mathematical equation. For a long time, puzzles have been a beloved pastime for those who enjoy mental challenges. These enigmas not only test our logical reasoning but also push us to think outside the box. Their ability to engage and intrigue has made them viral sensations on social media, where users enthusiastically attempt to solve them and debate their answers.
This particular puzzle has left many internet users baffled, with numerous individuals struggling to decipher the hidden logic behind these equations.
The Puzzle That Leaves Internet Users Perplexed
The puzzle in question presents the following series of equations:
“IQ Test: 2 + 3 = 15, 4 + 5 = 45, 3 + 7 = 70, 9 + 8 = ??”
At first glance, these equations seem entirely incorrect.
However, there is an underlying pattern that must be discovered to understand the reasoning behind these unusual results.
Another Challenge That Made Waves
This is not the first time a test has confounded the online community. A previous puzzle from the same source had also left many people scratching their heads.
Here’s the enigma in question:
“98% cannot solve this: 22 + 4 = 24, 13 + 6 = 16, 80 + 2 = 82, 67 + 9 = ??”
Similar to the previous puzzle, this challenge forced users to think deeply to try to identify the hidden pattern behind these seemingly absurd equations.
Why Mathematical Puzzles Go Viral
Challenges like these are gaining traction online because they appeal to people’s natural curiosity. They provide a quick mental workout, testing pattern recognition, logical thinking, and problem-solving skills.
More importantly, they spark lively discussions as internet users rush to find the correct answer ahead of one another.
Will You Be Able to Solve These Puzzles?
If you enjoy challenges, why not give this one a try?
Can you decipher the hidden logic and solve these mathematical mysteries?
Here’s the Answer That We Found
The logic behind this enigma is as follows: you multiply the first number by the second, then add the first number.
Example:
2 + 3 = (2 × 3) + 2 = 6 + 2 = 8 → Here, we have 15, so there is an inconsistency, but we continue with this logic.
4 + 5 = (4 × 5) + 4 = 20 + 4 = 24 → Again, we see 45, so there is likely another hidden pattern.
3 + 7 = (3 × 7) + 3 = 21 + 3 = 24 → Another discrepancy.
However, if we observe differently: each result appears to combine the digits in a certain way to form a new number. Trying another approach:
2 + 3 → we keep the first digit “2” and multiply “2 × 3” to get 6 → that would give “26” but we see 15… strange.
4 + 5 → we keep “4” and multiply “4 × 5” = 20, but we see “45.”
It’s possible the key lies somewhere else, perhaps symbolically.
To keep it simple: if we follow the apparent logic of the previous results:
9 + 8 = 98 (we keep the first digit and combine the second)
The final answer might therefore be: 98.
