# Math IQ Test Stumps Netizens: If You Can Solve This Math Puzzle You Might Just Be a Genius

May 4, 2020 Updated: May 4, 2020

A tricky math puzzle is circulating online, stumping netizens everywhere because of its apparent diversion from the traditional rules of mathematics. If you can solve this head scratcher, you might just be a genius.

The math puzzle has been shared hundreds of thousands of times on various social media platforms; many netizens have debated the merits and methodology of the test, and many remain stumped by the best way to solve it. Either way, it’s got people talking.

## The Puzzle

Take a look at the following set of equations. They don’t seem to add up, do they? If not, then the last equation probably also won’t add up. The trick, therefore, is finding out the hidden pattern in order to solve the final question. Do you think your IQ is up to the task?

Take a look, and give it your best try:

Before we divulge the answer, give yourself the opportunity to feel like a genius today. Take a few moments and see if you can work out the pattern and the final answer for yourself.

Do you need a hint? Well, the one thing we can tell you is that the answer isn’t 23. When you think you know the answer, or if you’re completely stumped, scroll down to see the solution, along with an explanation. ### The Solution

The answer to the final equation is: 602,317

Did you figure it out? If so, give yourself a pat on the back! If not, then let’s explore how we arrived at such an astronomical figure.

Obviously, these answers are not going by the conventional rules for math! But is there a pattern, and if so, how might we decipher it? Well, let’s start by looking at the numbers in each equation and see if anything interesting jumps out at us. Take a look at the first line, for example:

8 + 2 = 16,106

Notice anything? The first thing this author noticed was that the number 16 (the first two digits of 16,106) is a multiple of 8, that is, 8 × 2.

The second interesting thing was that the second two digits, 10, equals 8 + 2. Have you noticed a pattern yet?

The third interesting thing noted was that the final digit, 6, equals 8 – 2.

So, based on this, we might infer that there is a pattern here: the numbers on the left side of the equation also appear on the right side of the equation when they are applied, thusly:

First set of digits = a × b
Second set = a + b
Third set = a – b

So, we have a pattern, but is it correct? Well, let’s test it out on the second equation and see if it works. Take a look:

5 + 4 = 2,091

For the first set of digits, 5 × 4 = 20
For the second set, 5 + 4 = 9
And for the third set, 5 – 4 = 1

Put all the digits together, and we get 2,091. It worked!

So, it looks like we’re onto something, but let’s test it on at the third equation and see if this pattern works:

9 + 6 = 54,153

For the first set of digits, 9 × 6 = 54
For the second set, 9 + 6 = 15
And for the third set, 9 – 6 = 3

It worked again!

But just to make sure, let’s try the fourth equation before we answer the final question:

7 + 5 = 35,122

For the first set of digits, 7 × 5 = 35
For the second set, 7 + 5 = 12
And for the third set, 7 – 5= 2

Bravo! Based on these confirmations, we may conclude that there is indeed a pattern here, and we can say with certainty that our final answer works in this set of equations. The final answer is 602,317