| Solved by pluggable solver: Factoring Quadratics with a leading coefficient of 1 (a=1) | |||||||||||||||||||||||||||||||||||||||||||||||||||||||
| In order to factor Factors: 1,2,3,4,6,9,12,18,36, -1,-2,-3,-4,-6,-9,-12,-18,-36,List the negative factors as well. This will allow us to find all possible combinations These factors pair up to multiply to 36. 1*36=36 2*18=36 3*12=36 4*9=36 6*6=36 (-1)*(-36)=36 (-2)*(-18)=36 (-3)*(-12)=36 (-4)*(-9)=36 (-6)*(-6)=36 note: remember two negative numbers multiplied together make a positive number Now which of these pairs add to 13? Lets make a table of all of the pairs of factors we multiplied and see which two numbers add to 13
Just replace the x's with a's to get: Set each term to zero So our answer is 13a-A-a-16A-a... (answered by ewatrrr) ((3a^2-13a+4)/(9a^2-6a+1))((28+7a)/(a^2-16)) (answered by perfectdose) (4a^4-8a^3-3a^2+13a-6)/(2a^3-a^2-3a+2) (answered by jsmallt9) Simplify the rational expression. (a^2 + 13a + 40) / (a^2 - 4a -... (answered by algebrahouse.com) g (a)= 2a^2 - 13a + 24 find a so that g(a)... (answered by ikleyn) Please help Factor Completely. If the polynomial is prime, please state this. a^2-13a+40 (answered by scott8148,jim_thompson5910,josmiceli) find the value of c that completes the square a^2 + 22/13a +... (answered by Alan3354) Factor each polynomial.... (answered by checkley75) |