SOLUTION: What is the largest positive integer such that each digit is at least the sum of all the digits to its left? my answer 11248 printed answer 11259 (How?)

Question 1025570: What is the largest positive integer such that each digit is at least the sum of all the digits to its left?
my answer 11248
printed answer 11259 (How?)
Answer by robertb(5830) (Show Source): You can put this solution on YOUR website!
The issue here is the phrase "at least". The number 11259 still satisfies the condition of the problem. What you have answered is the largest positive integer such that each digit is EXACTLY the sum of all the digits to its left. (Beyond 11259 there are no more integers satisfying the condition of the problem.)
RELATED QUESTIONS
Consider any positive three-digit integer that has all of its digits distinct and none... (answered by ankor@dixie-net.com)

what is one possible three-digit positive integer that satisfies all of the following... (answered by oscargut,Edwin McCravy)

each of my five digits is 1 more than the digit to its left. the sum of my digits is 20.... (answered by ankor@dixie-net.com)

I am a four-digit positive integer such that the sum of my digits is 18 and my digits... (answered by ankor@dixie-net.com)

a 4 digit postitive integer such that the sum of the digits is 18 & my digits reversed... (answered by ankor@dixie-net.com)

For a given two-digit positive integer, the tens digit is 5 greater than the units... (answered by fractalier)

There is only one positive integer that is exactly twice the sum of its digits. What... (answered by dabanfield,oberobic)

The sum of the digits of a positive two-digit integer is 45 less than the integer. What... (answered by ankor@dixie-net.com)

The sum of the digits of a positive two-digit integer is 45 less than the integer. What... (answered by dabanfield)