If you’re one of those people who loves a good mental workout, here’s a brain teaser that might be the challenge you need! Designed to test your pattern recognition and logical reasoning, this puzzle may seem simple at first glance, but it has been known to trick even the sharpest minds. This brain teaser is a great example of how random numbers can follow mathematical patterns. At first glance, it’s easy to think there’s no rhyme or reason to the sequence.

However, as you dig deeper and look at the doubling pattern, the logic becomes clear. This is a great exercise for training your brain to see hidden patterns in numbers – a skill that’s important for problem-solving in a variety of areas, from math to coding and even everyday decision-making. . The real question is: can you solve it in less than 9 seconds?

Can you solve it in 9 seconds?

This special brain teaser isn’t just about finding the right answer; It is also a race against time. If you can recognize the pattern and solve it in less than 9 seconds, you may have the IQ of a genius! The time pressure adds an extra layer of excitement to the challenge, making it a fun and rewarding mental exercise.

Brain teasers like this are more than just puzzles; They are a great way to keep your mind sharp and improve your cognitive skills. Whether you’re competing against yourself or challenging friends and family, this is a fun way to stretch your mental muscles.

So, did you solve it in 9 seconds? If not, don’t worry—practice makes perfect! Try more puzzles and keep challenging yourself to think outside the box. Who knows? You can uncover the talent hidden within you!

puzzle

Here is the number sequence you have to crack:

4, 7, 13, 25, 49, ?

Which number comes next?

At first glance, the sequence may seem random, but there is a hidden pattern waiting to be uncovered. If you can figure it out, you’ll not only solve the puzzle but also prove your genius level IQ!

How to solve the puzzle?

Let’s break it down step by step:

Start with the first two numbers:

The first number is 4, followed by 7. The difference between these two numbers is 3 (7 – 4 = 3).

Look at the next pair of numbers:

The next number is 13. What is the difference between 7 and 13? Here the difference is 6 (13 – 7 = 6). Notice something? The difference has doubled from the previous pair to 3 to 6.

Continue following the pattern:

Let’s take a look at the third pair: The next number is 25. The difference between 13 and 25 is 12 (25 – 13 = 12). Again, the difference has doubled, this time from 6 to 12.

The pattern reveals itself:

By now, you’ve probably recognized this trend. Each time, the difference between the numbers doubles. So far, we have the difference of 3, 6 and 12. The next difference, logically, should be 24 (12 × 2 = 24).

Apply the pattern to the next pair:

Now, the next number after 25 is 49. The difference between 25 and 49 is actually 24, which fits perfectly with our doubling pattern.

Find the last number:

According to the pattern, the next difference should be 48 (24 × 2 = 48). Add 48 to the last number in the sequence, which is 49, and you get 97.

Answer

Thus, the complete sequence is as follows:

4, 7, 13, 25, 49, 97

The missing number in this sequence is 97.

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