SOLUTION: The largest value of b for which x^2+bx+32 can be factored over the integers is.....?

SOLUTION: The largest value of b for which x^2+bx+32 can be factored over the integers is.....?

Algebra.Com

Question 1106676: The largest value of b for which x^2+bx+32 can be factored over the integers is.....?
Answer by Alan3354(69443) (Show Source): You can put this solution on YOUR website!
The largest value of b for which x^2+bx+32 can be factored over the integers is.....?
-----------
Try pairs of factors of 32, find the pair with the largest sum.

RELATED QUESTIONS
Hey, I need help with this ASAP if someone could help me with this that would be very... (answered by ikleyn,Boreal)

Find all integers b so that the trinomial can be factored:... (answered by user_dude2008)

2x2 + bx � 15 Find all positive and negative integers b for which the polynomial can be... (answered by jsmallt9)

For what integral values of k can 4x^2+kx+3 be factored over the... (answered by ptaylor)

Find the value(s) of {{{k}}} for which {{{k+5x+x^2}}} can be factored. (answered by Edwin McCravy)

If the quadratic 3x^2+bx+10 can be written in the form a(x+m)^2+n, where m and n are... (answered by stanbon)

If the quadratic 3x^2+bx+10 can be written in the form a(x+m)^2+n, where m and n are... (answered by robertb)

If the quadratic 3x^2+bx+10 can be written in the form a(x+m)^2+n, where m and n are... (answered by robertb)

factor completely 2x^2 � 128 find all positive and negative intergers b for... (answered by jim_thompson5910)