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OpenStudy (anonymous):
like what
OpenStudy (anonymous):
check my answers.
OpenStudy (ipwnbunnies):
Lol, what a tease. Just post it.
OpenStudy (anonymous):
ok were is it
OpenStudy (anonymous):
D
B
D
C
A
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OpenStudy (anonymous):
your school is connexus if it is mine is to
OpenStudy (anonymous):
@coledrf
OpenStudy (coledrf):
what lesson and unit
OpenStudy (anonymous):
Unit 2/Lesson 7. Inverse Variation.
OpenStudy (coledrf):
what class are you in
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OpenStudy (anonymous):
PM me.
OpenStudy (anonymous):
Looks right to me.
OpenStudy (anonymous):
are you sure.
OpenStudy (anonymous):
I'm not going to doublecheck but you're probably right! Do you have no faith in your answers? =)
OpenStudy (anonymous):
not really for numbers 1 and 2.
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OpenStudy (anonymous):
Why do you think 1 is D? Why do you think 2 is B?
OpenStudy (anonymous):
why is it wrong.
OpenStudy (anonymous):
I never said it was.
OpenStudy (anonymous):
im asking.
OpenStudy (anonymous):
Well, one piece of advise is that if you can verify your answer some alternative way, it helps established confidence in that answer.
I don't know how you arrived at the answers for #1 & #2, but in both cases you get a function with input x and output y as well as a pair of values which that function must be able to express.
In other words, if you plug in the given x-value into your answer, you should get the right y-value.
You can also verify(or eliminate) answers because it's multiple choice by looking to see if the answer makes sense. In this case, does the function convey inverse proportionality?