suppose x y z are three positive integers such that x \leq≤ y\leq≤ z and x y z=72. Which one of the following values of s yields more than one solution to the equation x+y+z=s?
(a) 13
(b) 14
(c) 15
(d) 16
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Step-by-step explanation:
We need more than one solution , it means we should have more than one set of (x,y,z) values
Now looking at options
since 13 is prime number , 13=13x1x1 which gives only one solution and this even wont fit in xyz=72
So this can be ruled out
We are given with xyz=72=2^3x3^2
So for making 15 out of the factors we only have choice (9,4,2)
similary it can be checked for 16
for 14=2x7
we have (8,3,3) : 8+3+3=15
and (6,4,3) ; 6+4+3=15
so for S=14 we have more than one solution
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