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Mathematics 17 Online
OpenStudy (anonymous):

ALG 2 HELP. WILL FAN & MEDAL.

OpenStudy (anonymous):

Your friend runs up to you, scared that he is not ready for the upcoming quadratics test. To help him study, you will create four different quadratic functions. Then demonstrate to him how to rewrite each function as a group of factors, if possible. The function f(x) is a difference of squares. The function g(x) is a sum of squares. The function h(x) is a perfect square trinomial. The function j(x) can only have a GCF factored out of it. Given the function k(x) = x2, compare and contrast how the application of a constant, c, affects the graph. The application of the constant must be discussed in the following manners: k(x + c) k(x) + c k(cx) c • k(x) Explain the grouping method of factoring. Describe a scenario when the grouping method would be preferred over other methods and provide an example of this type of problem. Graph one of your 2nd degree functions from question 1. Identify which function you used and the key features of your graph. Explain how to find them algebraically. Using your graph from question 4, describe if the average rate of change is increasing or decreasing, from left to right. Justify your observations by comparing the slopes calculated between at least three different pairs of points.

OpenStudy (anonymous):

@zpupster @abdela25

OpenStudy (anonymous):

@gabernathy9797 ..?

OpenStudy (anonymous):

@xStillFly ?

OpenStudy (anonymous):

I already did this, I got help myself

OpenStudy (anonymous):

what?

OpenStudy (anonymous):

@AravindG

OpenStudy (anonymous):

I've done this assignment. I had to get help mysef

OpenStudy (anonymous):

@kagıtucak

OpenStudy (anonymous):

Okay can you help me?

OpenStudy (anonymous):

Not really, you'd have better luck with someone who know it better than me

OpenStudy (anonymous):

Nooo please help me:( You said you already did it? can't you just show me what you did.

OpenStudy (anonymous):

No, because if you copy my work it' be considered cheating.

OpenStudy (anonymous):

what lesson is this?

OpenStudy (anonymous):

03.05

OpenStudy (anonymous):

in flvs.

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