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Mathematics 18 Online
OpenStudy (niuuu):

HELP PLEASE

OpenStudy (niuuu):

OpenStudy (niuuu):

@agent0smith from what i graphed i choose answer c

OpenStudy (agent0smith):

The one that is easily, very very easily, solved for just y = ... That is the function

OpenStudy (niuuu):

@agent0smith well yeah i was just confused as to the difference between b and c

OpenStudy (agent0smith):

Can you easily solve C for y = ... Cos if you can, i'd learn something new.

OpenStudy (niuuu):

well x=[[y]] isn't that solved already

OpenStudy (agent0smith):

Does it look like y = ?

OpenStudy (niuuu):

x

OpenStudy (agent0smith):

No, does it look like an equation of the form y = something

OpenStudy (niuuu):

i would say yes

OpenStudy (agent0smith):

Look closer. Does [[y]]=x look like y = something

OpenStudy (niuuu):

well i suppose you need to get the brackets out from around it

OpenStudy (agent0smith):

So is it a yes or no to the question i asked?

OpenStudy (niuuu):

@agent0smith it seems to as close as any of these answers will get so yes

OpenStudy (agent0smith):

No. [[y]]=x is not easily turned into y = something There is another equation that is VERY easily turned into y = something, just by doing some algebra.

OpenStudy (niuuu):

A

OpenStudy (agent0smith):

Prove it, show me you can turn it into y = something

OpenStudy (niuuu):

7=2x^2-y add y to both sides 7+y=2x^2 then subtract 7 from both sides y=2x^2-7

OpenStudy (agent0smith):

Exactly.

OpenStudy (niuuu):

thank you for going through that with me been tough

OpenStudy (agent0smith):

:)

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