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3.6 Consider a differential equation in the form kx(2p/x2)+ ky(2p/y2)=0. Use the transformations X=x/kx and Y=y/ky to transform the given differential equation into Laplace's equation,

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3.6 Consider a differential equation in the form kx(2p/x2)+ ky(2p/y2)=0. Use the transformations X=x/kx and Y=y/ky to transform the given differential equation into Laplace's equation, (2p/X2)+(2p/Y2)=0 3.12 Calculate the coefficient of isothermal compressibility, cg in psi1 for a real gas at 1,500psia and 120F, given that z=(577.1/T)0.00015p, where p is in psia and T is in R

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