# Let’s see if you can find the different one in 10 seconds!

## Let’s see if you can find the different one in 10 seconds!

You may begin your fun-filled path by testing your brain with various puzzles available with varying trickiness, battle in your stadium of knowledge, and win by finding the answers. Embark on an enjoyable journey of testing your brain’s capabilities with a variety of puzzles of varying difficulties, competing in your knowledge arena, and emerging victorious by uncovering the answers. For your convenience, answers are present at the end.

To make it easier for you, the answers are provided at the end of each puzzle. Now, take a look at the image with a brief amount of focus; your mind-boggling question is presented in the image below. Take a few seconds to note the question and ponder it carefully. You can keep a pen and paper next to you, or if you prefer, use an iPad to solve the puzzle. The answer might be a little challenging, but if you can identify the trick in the question, you could solve it in under a minute. Now, look at the image with a brief concentration; your brain-activating question is available in the below image.

At __Fresherslive,__ you’ll encounter a world of __Brain Teasers__, featuring cryptic riddles and absorbing puzzles.

## Let’s see if you can find the different one in 10 seconds!- Solution

How was the question in the above passage phrased? It might have been hard for some of them. But if you discover the trick in the above question, your eyes will not see the difficulty. Once, try the solution again for the above question if you have yet to find out. Oh! It’s Ok.. If you cannot find the answer after a lot of effort, don’t worry. Calm down; the answer is given at the end of this passage.

You can now learn the essence of this answer. You are smart enough and intelligent enough to have found the answer. Then, cross-check your answer once with our solution given in this passage. If you have found the correct answer, you can clap once.

TRENDING

## Balance the equation 36-42÷2+1-60÷30=?

The equation 36 minus 42 divided by 2, followed by adding 1 and subtracting the result of 60 divided by 30. Can you navigate through this sequence of mathematical operations to find the solution?

Answer: Let’s break down the equation step by step. First, 42 divided by 2 equals 21. Subtracting this result from 36 yields 15. Adding 1 brings the calculation to 16, and finally, subtracting 60 divided by 30 (which is 2) results in a final answer of **36-42÷2+1-60÷30= 36-21+1-2= 14.**

## Equate 650÷5×2+10

The expression 650 divided by 5, then multiplied by 2, and finally, adding 10. Can you solve this equation and find the outcome?

Answer: Let’s tackle the equation step by step. First, 650 divided by 5 equals 130. Multiplying 130 by 2 results in 260. Adding 10 to 260 brings us to the final answer of **650÷5×2+10 = 130×2+10 = 270**.

## Find the answer for this 1+4=5, 2+5=12, 3+6=21, 8+11=?

The pattern is set: 1+4 equals 5, 2+5 equals 12, and 3+6 equals 21. Now, the enigma deepens: what does 8+11 translate to in this sequence?

Answer: Unveil the pattern within this puzzle. In the first equation, 1+4 translates to the sum of 1 plus the product of 4 and 1 (the first term), resulting in 5. Applying the same pattern, **8+11×8(First Term) = 8+88 = 96.**

## Can you crack this problem 9+5=9, 7+4=5, 18+11=?

The sequence begins: 9+5 equals 9, 7+4 equals 5. The puzzle deepens further: what result does 18+11 lead us to in this intriguing sequence?

In the first equation, 9+5 can be broken down into the sum of 9 minus 5 and 9 plus 5, yielding 4 and 14 respectively. When these components are added together, we arrive at 9. Similarly, 18+11 is deconstructed into 18 minus 11 and 18 plus 11, resulting in 7 and 29. Combining these values, we get **7+2+9, which equals 18**.

## Determine the answer for this equation 87+94=20, 57+83=17, 39+21=?

The series begins: 87+94 equates to 20, 57+83 becomes 17. As the puzzle unfolds, the question arises: what outcome does 39+21 lead us to within this puzzling sequence?

Delve into the intricate calculations of this pattern. In the initial equation, 87+94 is dissected into the sum of 8 plus 7 and 9 minus 4, resulting in 15 and 5 respectively. When combined, they create 20. Similarly, 39+21 is deconstructed into 3 plus 9 and 2 minus 1, leading to 12 and 1. Upon merging these values, we arrive at **13**.

## Attempt to resolve this 1111=5, 2222=24, 3333=93, 4444=?

The sequence begins: 1111 translates to 5, 2222 transforms into 24, and 3333 emerges as 93. As the enigma deepens, the question emerges: what numeric translation does 4444 hold within this intricate sequence?

1111= (1x1x1x1)+(1+1+1+1) = 1+4 = 5

2222= (2x2x2x2)+(2+2+2+2) = 16+8 = 24

3333= (3x3x3x3)+(3+3+3+3) = 81+12 = 93

**4444= (4x4x4x4)+(4+4+4+4) = 256+16 = 272**

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