In the picture, you can see a chess board. On the top left position, the K marks a knight. Now, can you move the knight in a manner that after 63 moves, the knight has been placed at all the squares exactly once excluding the starting square?
As you can see in the picture, the strategy used here is to cover the border first and then move to the inner squares.
In the formation, you can see a few arranged matchsticks. Can you form three squares by moving just three matchsticks ?
The figures shows how to do it.
In a chess board, the queen piece can movie horizontally, vertically and diagonally freely. The picture represents the same.Can you place 8 queens on the board in a manner that none of the queens can attack each other?
See the image to find out how it can be done.
In the given picture, you can find two letters to be missing. When two particular letters are placed in the missing spots, you get an eight letter word while reading in anti-clockwise direction. Can you find out the missing letters and the missing word eventually?
The missing letters are C (on the right) and P (on the left) and the word is champion.
You are provided with a grid (as shown in the picture). Can you fill the squares with numbers 1-8 in a manner that none of the two consecutive numbers are placed next to each other in any direction (vertically, horizontally or diagonally?)
This problem can be solved in four different ways. The picture shows you one of the solutions. Can you find out the other three?
Can you find out which options fits best with the missing column?
Option "d" will fit in the missing space.
What is happening here? In every next column, the order is getting reversed and the lowest digit is omitted.
Can you count number of squares in a figure below ?
30 squares.
Assuming smallest square side is 1 cm, then
Total number of squares with side 1 cm: 16
Total number of squares with side 2 cm: 9
Total number of squares with side 3 cm: 4
Total number of squares with side 4 cm: 1
Adding 16+9+4+1 = 30
Can you divide the given shape into four equal and identical pieces?
There is only one way how it can be done and that is shown in the picture.
In the given figure, can you find out the missing numbers?
The missing numbers are 8 and 7.
The middle number in the triangle is nothing but the square root of the sum of the numbers in the corner.
10 + 22 + 4 = 36
Square Root of 36 = 6
Similarly
10 + 42 + 12 = 64
Square Root of 64 = 8
12 + 22 + 15 = 49
Square Root of 49 = 7
Can you find a rabbit in the given picture?
We have marked it for you. It is there in the left tusk of the elephant.