#1361 - Lolz Funny Riddle
An eight year old kid challenged his classmates that he can make the number one disappear by adding something to it.
How can he do that?
All he need to do is add a letter G before ONE and it will be GONE.
#1362 - Triangle Counting Puzzle
solve the counting puzzle by finding the number of triangles in the figure below
40
16 + (8x2) + (4x2) + (1x2) + (1x2)
#1363 - Hard Logic Problem
There is a town named Springville. In that town you can find extremely hilarious facts. None of the resident has 456,789 hairs. The number of residents are more than the number of hair in any one of the.
Can you find out the largest number of residents in such a scenario?
The answer is 456,789.
Let us begin with two residents. The number of hairs on their head can be zero and one. If we extrapolate the fact, we will come to know that the number of hairs with 'n' number of residents will always range from zero to (n-1).
If we go above 456,789 to 456,790 with none of the residents having 456,789 hairs, the number of hairs on them will be different and one of them must have more than 456,789 which will clearly violate the fact that the number of residents are more than hairs on an individual.
#1366 - Smart Fun Riddle
Which of the below is more appropriate ?
1. The yolk of an egg is white.
2. The yolk of the egg is white.
None, the yolk of the egg is yellow
#1370 - Horse Wind Puzzle
Emily learnt how to ride a horse recently. Just to test her skills, she rode the horse from her home till a mine which she covered in three minutes and returned back home from the same path only this time she took four minutes. The reason was that while riding away from home, she was supported by wind however while riding back, she was riding against the wind.
How fast do you think she could have rode a mile if there was no wind ?
3 minutes and 25 5/7 seconds.
The most common way how most of people see this problem is adding 3 and four to obtain 7 and they believe it should give a correct average and thus her time should be taken to 3 and half minutes. But if you do like that, you will get to a wrong answer. This is because, the wind has only helped her for three minutes while it has worked against her for four minutes.
If she could ride a mile in three minutes with the wind, it is evident that she could go a mile and 1/3 of a mile in four minutes. Thus two and 1/3 miles in eight minutes will give her actual speed as the wind has helped her as much as it has worked against her.
Thus her actual time for a single mile without wind will be 3 minutes and 25 5/7 seconds.