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Factor. See Example 3 or Example 6.$$3 u^{2}-44 u-15$$
$(u-15) \quad(3 u+1)$
Algebra
Chapter 6
Factoring and Quadratic Equations
Section 3
Factoring Trinomials of the Form $a x^{2}+b x+c 454$
Equations and Inequalities
Quadratic Functions
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McMaster University
Harvey Mudd College
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Okay, so we're asked if active So we have a which is equal to three. You were difficult to remember 44 and see what you think. Ultimately, 15. Now a key number is equal to a time seat, which is three times negative. 15. And that gives me negative 45. And now we need the product of two numbers to be equal to our key number. And who's some is equal to negative 44 which would be well to numbers that we can use is 45 1 And now if we see for some, if we have 45 1 in order to make it negative 44 we need our 45 to be negative. So that's the same for our product. Now we could split our middle turn into, Let's see, um, one U minus 45 you and then get oil. Okay, So will flock to our first determines and our last two terms from our 1st 2 terms. We can only fact the other one. So we'll leave it as is, actually, look, in fact, out of you to attract out when you so we get you turns to you plus one. And then from our last two terms, we could in fact out a negative 15. So we have three U plus one. Now we see that we have a three you plus one in common, so we can factor that out. So we get that times you minus 15.
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