# 11 Math Riddles You Won't Solve On The First Try

With math riddles, you're often on the brink of total despair – but can you solve these riddles on the first try? It's not that easy!

Math - for most of us, it's a hated subject that we never, ever, ever really liked. While the math nerds in the classroom always understood everything immediately and knew the solutions straight away, some of us took far too long, still not understanding what's going on at the end. We have selected some tricky math problems and riddles that even math freaks have to think about. *Can you solve these 10 problems?*

*You can start on the next page!*

### #1 A Simple Warm-Up Question: How Many Hidden Numbers do you See in the Picture?

*The answer is on the next page!*

The numbers represented are: 6 + 8 + 9 + 4 + 2 + 1. Did you find them all?

### #2 If the Snake is 0, the Stork is 2 and the Dog is 4, Then What is 8?

*On the next page, you'll find the solution...*

The snake has 0 legs, the stork has 2, the dog has 4 and only the octopus has 8 legs, so D is the correct answer!

### #3 Which Number are we Looking for Here?

*Go to the next page to find the solution!*

We're looking for the number 12! Multiply the 8 with the 7 to get the number 56. The number that is being multiplied becomes one less, until in the end we have to multiply 4 by 3.

### #4 He is My Father, but I am not His Son. How is That Possible?

*The solution is on the next page!*

Have you considered that the person narrating the riddle could be a woman? If it's not the son, it's probably the daughter, right?

### #5 Now we Come to the Rule of Three: What Percentage Comes out Here?

*The result is simple!*

It's 10%, of course! That really wasn't difficult. Can you do one more riddle?

### #6 What Number are we Looking for Here? Can you Find the Answer Right Away?

Math Challenge shared this tricky riddle on their Facebook account!

*You'll find the correct answer on the next page!*

The correct answer is 4! There are 9 junctions at the top, only one in the middle and 4 junctions at the bottom. Did you know that or were you on the wrong track? Let's move on!

### #7 How Many Triangles Can you See? Better Count Again Before you Give an Answer!

*On the next page you'll find out if you got it right ...*

There are 8 triangles to see! Have you found all of them?

### #8 Which Numbers Belong in the Empty Boxes so That the Corresponding Result Comes Out?

Another gem from the Math Challenge's Facebook page!

*Go find the solution on the next page!*

A 3 is missing at the top left, a 5 at the top right, a 9 at the bottom left and a 3 again at the bottom right. Makes sense, doesn't it?

### #9 A Riddle for All Cat Lovers: Which Number Comes out at the End? Look Carefully!

*Continue to the solution of the Math Challenge's riddle...*

I hope you didn't guess 25! Because the correct answer is 15! A whole cat stands for 10, its head for a 5 and a paw for 1. So at the end you have the equation: 5 + 1 x 10 = 15.

### #10 Now it Gets Difficult Again: Which Number is Missing Between the 11 and the 1?

*One page further you will find the solution to this difficult question!*

2 - 1 = 1

4 - 2 = 2

7 - 4 = 3

11 - 7 = 4

16 - 11 = 5

So the correct answer is 16!

*Let's move on to the last math problem:*

### #11 What Is The Correct Solution?

This math problem is driving people online crazy! You think it's pretty straight-forward? Well, think again, because it's a conundrum that only seems easy.

Try to solve it on your own first and then go to the next page to find the solution!

Online, people keep arguing whether the solution to the math problem is 1 or 16. However, according to Michael Breen, who is the Public Awareness Officer for the American Mathematical Society, the result is 16, strictly speaking. He explains that first of all, you have to solve whatever is in parenthesis first. So 2+2 gives you 4. Then, since division and multiplication are of priority, you calculate from left to right, meaning 8 divided by 2; this gives you 4 again. Then you calculate 4x4 which gives you 16.

*Easy*, right?