Problem #1
Can you find five consecutive whole number that are all positive and such that the sum of the squares of the two largest numbers is equal to the sum of the squares of the three smallest?
Problem #2
Use each digit 0 through 9 exactly once to form two five-digit numbers that when multiplied produce the largest quantity.
----------------------------------------------------------------------------------------------------------Please send your solutions to mr.asaigal@gmail.com.
Use Problem Solutions M-102314 as the subject line. Please include your full name in the text of the main message. Everyone with the right answer will be acknowledged in the next issue of Lokvani.
Please do not post your solution in Post Comments. No credit will be given for solutions not sent to anil@lokvani.com.
If you need clarification on any problem, please contact anil@lokvani.com.
--------------------------------------------------------------------------------------------------------
Solutions from 10/09/2014
Problem #1
Find all sets of four positive consecutive integers such that the sum of the cubes of the first three is the cube of the fourth.
Problem #2
23 = 23 + 23 + 13 + 13 + 13 + 13 + 13 + 13 + 13Only one other integer requires nine cubes of positive integers to represent its value as a sum of cubes. This other integer is between 200 and 300. Can you find it?
Congratulations to Abhimanyu Bhargava and Saba Lateef, who were the winners of the last set of puzzles.