Today’s task is a brain teasing challenge that will **put your logical thinking skills to the test.** You are required to find the missing number within a logical sequence.

The sequence is shown in a picture below and your task is to find out what number should come next, within a maximum of 30 attempts.

Brain teasers like this are more than just time-killers. They have been scientifically proven to enhance cognitive functioning, improve memory, and boost overall mental performance.

They serve as **mental gymnastics for your brain**, often triggering you to think out of the box.

So go ahead, take up the challenge! Can you crack today’s puzzle?

Remember, it’s not just about getting it right â€“ it’s also about how quickly you can solve it. Good luck!

## Challenge: deciphering the missing number in a sequence

The task at hand is to **identify the missing number within a logical sequence,** and you have a maximum of 30 attempts to get it right.

A logical sequence, in this case, refers to a series of numbers that follow a specific pattern or rule.

The difficulty of this challenge lies not only in understanding the pattern but also in predicting what number logically follows next.

You might be **dealing with simple arithmetic progressions or more complex sequences** involving multiplication, division or even square roots.

Your analytical skills will be put to the test as you must explore several possible patterns within the given 30 attempts. Additionally, you will need to employ strategic thinking to make every attempt count, by systematically eliminating unlikely possibilities.

This challenge requires not just mathematical aptitude but also critical thinking and problem-solving skills.

**When trying to find a pattern in a logical sequence,** start by observing the progression or regression of numbers or elements. If it’s numerical, check if there’s a consistent increase or decrease.

If it’s alphabetical or involves symbols, look for any recurring order. You can also try subtracting or adding adjacent elements to establish if thereâ€™s a constant difference or sum.

In some sequences, each term might be a multiplication or division of the previous term.

Lastly, **don’t overlook the possibility of alternating patterns** or those involving more complex mathematical operations like exponentiation.

**Keep in mind that patterns may not always be straightforward and might require some creative thinking.**

Hey there, smarty pants! Have you cracked the code already? You’re really giving your brain a good workout, aren’t you? Hold onto that solution, because we’re about to reveal the answer! Let’s see if you’ve hit the nail on the head!

## Solution

**The answer is 11.** In this magic square, each row, column and diagonal has a sum equal to 34. We applaud those who managed to solve this in less than 30 seconds. Keep up the good work!

We invite those who have taken the test to share this article with friends and family and challenge them to try it out too.

Here at our team, we invest significant time and effort into creating these entertaining games that are updated daily for your enjoyment.

We would be immensely pleased if you could **help us spread the word about our work by sharing this article on your social media platforms. **

Your support will mean the world to us and allow us to continue providing you with exciting new challenges every day.