SOLUTION: A five-digit perfect square in the form of 4a bc9 has a thousand digit a, hundred digit b, and tens digit c. if a > b > c, then find the value of a+b+c.

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Question 628560: A five-digit perfect square in the form of 4a bc9 has a thousand digit a, hundred digit b, and tens digit c. if a > b > c, then find the value of a+b+c.
Answer by ewatrrr(24785) About Me  (Show Source):
You can put this solution on YOUR website!
 

Hi,

perfect square in the form of 4abc9 is among 203^2 thru 223^2

 223 ,  49729    |a > b > c   and a + b + c = 18



 203 ,  41209

 207 ,  42849

 213 ,  45369 

 217 ,  47089 

 223 ,  49729