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OpenStudy (anonymous):

So i got sqrt root of -$423751.822100314 will be my standard deviation. how do i figure out my standard deviation, Se?

OpenStudy (anonymous):

which is 650.962227859892i. i in the end.. is it possible?

ganeshie8 (ganeshie8):

standard deviation must be always positive

ganeshie8 (ganeshie8):

can u show me how u got that ? :)

OpenStudy (anonymous):

on no... i got negative...

OpenStudy (anonymous):

@ganeshie8

ganeshie8 (ganeshie8):

how ?

OpenStudy (anonymous):

Ok i will show you

ganeshie8 (ganeshie8):

yes :)

OpenStudy (anonymous):

\[Se =\sqrt{\frac{ \epsilon ei ^{2} }{ n-2 }}\]

OpenStudy (anonymous):

Se=(\[Se=(\sqrt{\frac{ \epsilon yi-a \epsilon yi-b \epsilon xiyi }{ }}\]

OpenStudy (anonymous):

sorry below should be n-2

ganeshie8 (ganeshie8):

is that how u calculate standard error ? never seen this before :o

OpenStudy (anonymous):

I plug numbers \[Se=\sqrt{314900-2328.76332288...(1750)-(14.263322.../(10-2)}\]

OpenStudy (anonymous):

Yes, its economics.

ganeshie8 (ganeshie8):

not sure sorry :(

OpenStudy (zarkon):

you might want to provide more detail on what exactly you are doing.

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