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Mathematics 19 Online
OpenStudy (anonymous):

Need help for final.... LOOK at number 2 and 4 http://assets.openstudy.com/updates/attachments/4f96f6b6e4b000ae9eccd1cb-april_gsu2007-1335293676249-6.1.png

OpenStudy (anonymous):

I have a question, are we to choose only one graph that is true for both statements?

OpenStudy (anonymous):

All I have is the directions that come along with the questions and I am to do the directions for both number 2 and 4

OpenStudy (anonymous):

actually just number 4

OpenStudy (anonymous):

what you do for number three? just so that I can understand what's going on

OpenStudy (anonymous):

I haven't done that one because I did have to... let me see if I can get a better idea so you can help me better

OpenStudy (anonymous):

yea check it out, what kind of math is this considered?

OpenStudy (anonymous):

does this look right

OpenStudy (anonymous):

it is cal 1 btw

OpenStudy (anonymous):

to be honest, without numbers I feel lost... However, I'd like to say they are looking for functions of anti-derivatives

OpenStudy (anonymous):

right now I decided to work with the first one: tell me if I'm way off track as to what i'm doing

OpenStudy (anonymous):

the equation to the graph on 1. is |x^2-2x+1|

OpenStudy (anonymous):

so then if |x^2-2x+1|=f when f=F' we can say that F is the anti derivative of f so then F= |x^3/3 - x^2 +x +C

OpenStudy (anonymous):

if they want two equations in which F(0) = 0 & 1 then all you would have to do is change the values for C

OpenStudy (anonymous):

I'm going to draw out for the first one: I found it much easier to work with that one, but pretty much all you have to do is find the anti-derivatives and graph to forms of them just changing the value for C to 1 or 0

OpenStudy (anonymous):

OpenStudy (anonymous):

That was for 1; for number 4:

OpenStudy (anonymous):

I hope that helps, if you have any questions, Now that I understand the problem, I will be glad to help: hope I didn't confuse you earlier.

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