So a graph had points that are not connected and the question is "Describe and correct the error in classifying the domain". The points are: (1,5)(2,10)(3,15)(4,20)
Would have to see the graph.
can you graph it on a paper near u plz, I really need help
what are you not understanding? looks to me y=5x
The question is to describe and correct the error in classifying the domain. So what is the description and classification of the domain?
Huh? r u asking me a question or answer that other person
The domain of the points you gave is {1,2,3,4}
yup
Well I was going to try to help you but I will turn you over to the superior intelligence of "theabsurd"
I'm asking you Anikate, what's the problem?
lets me say it again
@mertsj I'm only good at algebra and a bit of geometry, i'm far from skilled in math.
So a graph had points that are not connected and the question is "Describe and correct the error in classifying the domain". The points are: (1,5)(2,10)(3,15)(4,20)
The points are graphed in the textbook where I got this question from
Ok I don't understand what needs to be done.
I need to correct the graph and I also forgot to say one thing " The domain is continuous"
Graph the question on a paper first then solve it
Ok. So let's start over now.
The domain is continuous
The problem you posted said to correct the error.
yup
Can you correct an error if you don't know what the error is?
that's what I'm supposed to do
idk the error itself
First the error must be identified.
yup, bulls eye
So all you have given is 4 ordered pairs.
yup and the x axis goes up to 5 and the y axis goes up to . Graph it on a paper it will make it easier
y axis goes up to 25
These ordered pairs contain no errors. So there must be more to the problem or you have mis-stated the problem or something.
Because there is nothing to correct from what you have posted.
Yes. I can easily graph those ordered pairs but what good would that do? That would not show me an error to correct.
dont leave I'm going to post a picture
ok
|dw:1324515583912:dw| the scribbled part id the part we do not need the graph also extends into the negatives.
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