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Function Theorem. Let G(x,y) have continuous first partial
Chapter 1, Problem 30E(choose chapter or problem)
Function Theorem. Let G(x,y) have continuous first partial derivatives in the rectangle containing the point (x o ,y o ). If G(xo,y0) and the partial derivative Gy(x0,y0) then there exists a differentiable function ,defined in some interval that satisfies for all The implicit function theorem gives conditions under which the relationship G(x,y) = 0 defines y implicitly as a function of x. Use the implicitfunction theorem to show that the relationship x + y + exy, given in Example 4, defines y implicitly as a function of x near the point (0,-1).
Questions & Answers
QUESTION:
Function Theorem. Let G(x,y) have continuous first partial derivatives in the rectangle containing the point (x o ,y o ). If G(xo,y0) and the partial derivative Gy(x0,y0) then there exists a differentiable function ,defined in some interval that satisfies for all The implicit function theorem gives conditions under which the relationship G(x,y) = 0 defines y implicitly as a function of x. Use the implicitfunction theorem to show that the relationship x + y + exy, given in Example 4, defines y implicitly as a function of x near the point (0,-1).
ANSWER:SOLUTIONStep 1Given relation is , ………..(1)