Mathematics

Mathematics

Problem

For the curve given by x2+xy+y2=3,x^{2}+xy+y^{2}=3, let x=1.x=1. a) Find all corresponding yy–coordinates on the curve. b) For each point found in part (a), determine the slope of the curve. Provide the slopes in the same order as the points you list.
Intuitive explanation

This problem combines implicit differentiation with algebraic substitution. When you plug in x=1x=1, you'll get a quadratic equation in yy that yields two points—the curve passes through two places at that xx-value. Then, instead of solving for yy explicitly, you'll differentiate the entire equation implicitly with respect to xx to find dydx\frac{dy}{dx}, which gives you the slope at each point without needing a formula for y(x)y(x).

Intuitive explanation

This problem combines implicit differentiation with algebraic substitution. When you plug in x=1x=1, you'll get a quadratic equation in yy that yields two points—the curve passes through two places at that xx-value. Then, instead of solving for yy explicitly, you'll differentiate the entire equation implicitly with respect to xx to find dydx\frac{dy}{dx}, which gives you the slope at each point without needing a formula for y(x)y(x).

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