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2+4y''=0
no i don't think so
you have \[x^2+2y^2=2\] so take the first derivative and get \[2x+4yy'=0\] solve for \[y'\] to get \[y'=-\frac{x}{2y}\] and then you have to do it again
this time with the quotient rule
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\[y''=-\frac{1}{2}\frac{y-xy'}{y^2}\]
and for the last step replace \[y'\] by \[-\frac{x}{2y}\]and do some algebra to get rid of the compound fractions
I got 2y^(2)+x^(2)/2y^(3)
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