Respuesta :

Let the two integers be [tex] x [/tex] and [tex] y [/tex]

We know that [tex] x [/tex] is 19 more than [tex] 2y [/tex], which means

[tex] x = 2y+19 [/tex]

Also, their product is -44, which means

[tex] xy = -44 [/tex]

We can substitute the expression for [tex] x [/tex] given by the first equation into the second:

[tex] xy = -44 \iff (2y+19)y = -44 \iff 2y^2+19y+44=0 [/tex]

This equation has solutions

[tex] y_1 = -\dfrac{11}{2},\ y_2 = -4 [/tex]

So, if we're looking for an integer solution, we can only choose [tex] y = -4 [/tex]

Which implies

[tex] x = 2(-4)+19 = -8+19 = 11 [/tex]

RELAXING NOICE
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