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Numerical Ability
Age Problem
Consider the integers,
i. sum of the squares of the digits of the number = 50,
ii. every digit must be greater than the digits left to it(increasing order).
Find the product of the digits of the largest number, which satisfies those two conditions.
Ans: i got number as 1236, product is 36
Read Solution (Total 6)
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- sum of squares of digits=50,
so digits may be 1,2,3,4,5,6 for largest no.
1^2+2^2+3^2+6^2=50
no. is = 1236 => product of digit=1*2*3*6=36 - 10 years agoHelpfull: Yes(25) No(0)
- this type of question solve firsty check by option
- 10 years agoHelpfull: Yes(3) No(0)
- 345 product 60
- 10 years agoHelpfull: Yes(1) No(5)
- sum of the squares of the digits is
3^2+4^2+5^2=50
product
3*4*5=60 - 10 years agoHelpfull: Yes(1) No(0)
- i got the number 17(1^2+7^2=1+49) 7 is grater than 1. so the number is 17 and product is 7
- 10 years agoHelpfull: Yes(0) No(6)
- number can be 345
1st condition:3^2+4^2+5^2=9+16+25=50
2nd condition:345(digit is greater than the digit left to it)
product is 3*4*5=60
- 10 years agoHelpfull: Yes(0) No(1)
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