Find the logic in the figure given and find out the missing one.
Every single symbol is associated with each another's position. If you look closely, you will find out that the upside-down spade symbol is always used on the left of a right-side-up heart.
Can you identify the direction in which this bus is moving; left or right?
Hint: The bus is moving on the roads of UK.
The bus is moving left because we cannot see the door of the bus in this picture.
In which direction should the missing arrow point ?
South
The series: south, east, north, south, west, east spirals clockwise from the top left-hand corner.
The below figure consists of a rectangle and the numbers labeled over the top represents the area of that particular shaded region.
Calculate the area of the green region labeled as '?'
The White triangle is similar to the Red triangle
As ratio of areas = ratio of bases when height is same,
Ratio of sides is 2:3
White triangle = 9/4 * Red triangle = 9/2
Thus the Green Region = 5.5 units.
In the picture given with this question you will find a square piece of a paper with a hole that is denoted by the circle on the top right side.You have to cut the paper in a manner that it forms two and only two separate pieces of paper and then rearrange the pieces in a manner that the holes comes in the center of the paper.Can you do it?
The first image in this answer clarifies where to make the cut to divide the paper into two separate pieces. The second image is the rearranged position if you rotate the right piece of paper to 180 degrees. In this manner, the hole is now in the center.
Can you count the number of matches in the picture below ?
8
This can be a really tricky question. The five matches in the front are clear. Now a part of what you see on the lighter are reflection. There are five matches in total that are part of the reflection. Out of those five, we can see that three are visible apart from the reflection as well. So the total becomes eight.
Can you count the number of triangles on the puzzle below.
64
solve the counting puzzle by finding the number of triangles in the figure below
40
16 + (8x2) + (4x2) + (1x2) + (1x2)
