Why Do Businesses Choose Our Factoring  Programs.Unique 97% Advance Rates. Our factoring programs can offer you the highest advance rates in the nation.And our factoring programs  use our own money, which means we can be more flexible with our factoring company ratesFactoring Quadratics: The Simple Case (page 1 of 4)Sections: The simple case, The hard case, The weird case -------------------------------------------------------------------------------- A "quadratic" is a polynomial that looks like "ax2 + bx + c", where "a", "b", and "c" are just numbers. For the easy case, you will find two numbers that multiply to the constant term "c", and add to "b", the coefficient on the x-term. For instance: Factor x2 + 5x + 6. We need to find factors of 6 that add up to 5. Since 6 can be written as the product of 2 and 3, and since 2 + 3 = 5, then we'll use 2 and 3. Now, you know from multiplying polynomials that this quadratic is formed from multiplying two factors of the form "(x + m)(x + n)", for some numbers m and n. So draw your parentheses, with an "x" in the front of each: (x )(x ) Then write in the two numbers we found above: (x + 2)(x + 3) This is the answer: x2 + 5x + 6 = (x + 2)(x + 3) This is how all of the "easy" quadratics will work: you will find factors of the constant term that add up to the middle term, and use these factors to fill in your parentheses. And if something isn't factorable? It's prime. Then x2 + 7x – 6 is "prime", or "unfactorable over the integers" (because we couldn't find integers that would work).Throughout math, you will use a process known as factoring in many different problems. It is used when solving polynomial equations, to simplify things, and many other purposes. This page will help you better understand how to factor and how to find a GCF, or Greatest Common Factor. Click any of the links below to be on your way to a better understanding of those concepts, and good luck! GCF, or Greatest Common Factor The process known as factoring Factoring trinomials Quiz on Factoring freight factoring companies factoring freight freight broker factoring freight factoring company freight invoice factoring factoring truck invoice trucking factoring factoring invoice trucking factoring for trucking company companies that pay railroad freight bills freight bill funding freight bills transportation factoring broker factoring transportation ------------------------------------Note that you can always check your work by multiplying back to get the original answer. In this case: Your text or teacher may refer to factoring "by grouping", which is covered in the lesson on simple factoring. In the "easy" case of factoring, using "grouping" just gives you some extra work. For instance, in the above problem, you would still have had to find the factors of 6 that add to 5. But instead of just filling in the parentheses, you would have done these steps: x2 + 5x + 6 = x2 + 3x + 2x + 6 = (x2 + 3x) + (2x + 6) = x(x + 3) + 2(x + 3) = (x + 3)(x + 2) You get the same answer as by the previous method, but I think it's easier to just fill in the parentheses. Here are some more examples: Factor x2 + 7x + 6. The constant term is 6, which can be written as the product of 2 and 3 or of 1 and 6. But 2 + 3 = 5, so 2 and 3 are not the numbers I need in this case. On the other hand, 1 + 6 = 7, so I'll use 1 and 6: x2 + 7x + 6 = (x + 1)(x + 6) Note that the order doesn't matter in multiplication, so the answer could equally correctly be written as "(x + 6)(x + 1)". Factor x2 – 5x + 6. The constant term is 6, but the middle coefficient this time is negative. Since we multiplied to a positive six, then the factors must have the same sign. (Remember that two negatives multiply to a positive.) Since we're adding to a negative (–5), then both factors must be negative. So rather than using 2 and 3, as in the first example, this time we will use –2 and –3: x2 – 5x + 6 = (x – 2)(x – 3) Note that you can use clues from the signs to determine which factors to use, as we did in this last example above: If c is positive, then the factors you're looking for are either both positive or else both negative. If b is positive, then the factors are positive If b is negative, then the factors are negative. In either case, you're looking for factors that add to b. If c is negative, then the factors you're looking for are of alternating signs; that is, one is negative and one is positive. If b is positive, then the larger factor is positive. If b is negative, then the larger factor is negative. In either case, you're looking for factors that are b units apart. Let's try another one... Factor x2 – 7x + 6. In this case, you are multiplying to a positive six, so the factors are either both positive or both negative. You are adding to a negative seven, so they are both negative. Factors of 6 that add to 7 are 1 and 6, so use –1 and –6: x2 – 7x + 6 = (x – 1)(x – 6) So far, "c" has always been positive. What if c is negative? Factor x2 + x – 6. Since you are multiplying to a negative six, you need factors of opposite signs; that is, one will be positive and the other will be negative. The larger one will have a "plus" sign, however, because you are adding to a positive 1. And you need the factors to be one apart. The factor pairs for six are 1 and 6, and 2 and 3. This second pair are one apart, so you want to use 2 and 3, with the 3 getting the "plus" sign (so the 2 gets the "minus" sign). x2 + x – 6 = (x – 2)(x + 3). Factor x2 – x – 6. This looks just like the previous case,staffing company factoring staffing factoring staffing factoring companies staffing firm factoring staffing industry factoring staffing loans nurse staffing agency factoring nurse staffing factoring except that now the middle term is negative. You still want factors with opposite signs, and you still want factors that are one apart, but this time the larger factor gets the "minus" sign: x2 – x – 6 = (x – 3)(x + 2)accounts receivable factoring accounts receivables factoring accounts receivable factoring company Factor x2 – 5x – 6. In this case, you still want factors of opposite signs, but now you want them to be five apart (and the larger factor will get the "minus" sign). The factor pairs for six are 1 and 6, and 2 and 3. The first pair are five apart, so use the numbers +1 and –6: x2 – 5x – 6 = (x – 6)(x + 1) There is one special case, by the way, for factoring. Back when you were factoring plain old numbers, there were some numbers that didn't factor, such as 5 or 13. Recall that they are called "prime" numbers. The terminology is the same for polynomials: Factor x2 + 7x – 6. Since the constant term is negative, you'll be needing a positive and a negative number such that, when you multiply them together, you get 6, but when you add them, you get 7. The factor pairs for 6 are 1 and 6, and 2 and 3. You may think that you should use 1 and 6, but--- one of them has to be negative in order to multiply to get a minus six! Then the sum would be either (–1) + 6 = 5 or else 1 + (–6) = –5. And 2 and 3 won't work, either: (–2) + 3 = 1, and 2 + (–3) = –1. In other words, there is no pair of factors of –6 that will add to +7. -------------------------------------------- 3 Each term a r factoring ar factoring asset based factoring bank factoring business factoring business financial factoring business receivable factoring ** 0.3 business receivable finance business receivable funding cash flow factoring cash flow financing commercial account receivable commercial factoring contract factoring debt factoring export factoring factoring account receivables factoring accounts receivable factoring broker factoring business factoring company factoring company services factoring consultant factoring finance factoring financial services factoring financing factoring for staffing factoring for staffing companies factoring funding factoring government vendor factoring invoice discounting factoring line of credit factoring loan factoring money factoring of account factoring quote factoring rate factoring service factoring services factoring solution funding a business import factoring factoring receivable factoring accounts receivables factoring account receivablealso has x as a factor at least once, so x is a factor of the GCF. 3x y is a factor of each term twice, and m is not a factor of all the terms, so it is not a part of the GCF. 3xy2 is the GCF. Back to Top -------------------------------------------------------------------------------- If you know nothing about finding a greatest common factor, a good place to start would be at the Pre-Algebra page on fractions and finding a GCF. In Algebra, the greatest common factor is found a little bit differently than it is in Pre-Algebra. In Algebra, only prime factors of numbers are used, and in many cases, you will be asked to find the GCF of algebraic terms. Following are two examples: 2 * 3 * 5 * 7 = 210 210xy2z3 = 2 * 3 * 5 * 7 * x * y * y * z * z * z As mentioned above, only prime numbers and literal factors, the letters, are used in this factoring process. Because only the prime and literal factors are used, the GCF is defined as follows: The GCF of two or more terms is the product of all prime algebraic factors common to every term, each to the highest power that it occurs in all the terms. Putting that in more reasonable terms tells us that the GCF has to be made of factors that are present in all the terms for which you are finding the GCF. Examples: The expression 6x2y2m2 + 3xy3m2 + 3x3y2 can be rewritten as a product of prime and literal factors - 2 * 3 * x * x * y * y * m * m + 3 * x * y * y * y * m * m + 3 * x * x * x * y * y. Since the first term is the only term with 2 as a factor, 2 is not a factor of the GCF. Each term has 3 as a factor at least once, so 3 is a factor of the GCF.