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 problem is not fully clear. Seems some missing information. My understanding is that each of the residents have less than 456,789 hairs and none of them have same number of hairs. In such a scenario the max number of residents will be 456,789 as having hairs from zero (bald) to 456,788.
A wealthy man once decided to donate money to all the citizens of his area. He decided to give $60 to women and $45 to the men. But out of the 3552 people, only 1/9 of men and 1/12 of women came to receive money.
How much money did he spend in such a scenario?
Find the largest possible value of positive integer N, such that N! can be expressed as the product of (N-4) consecutive positive integers?
In The 1st month of this year(year 2013) , i noticed that the date 13-1-13 (13 January 2013) is special.
This date is special as : Date * Month = Year.
Can you figure out which year of this century have maximum number of such dates ?
Can you find a number such that if we multiply that number by 1 or 2 or 3 or 4 or 5 or 6, then the resultant number contains same all digits (of course in a different place)
