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Let R Be a Plane Region of Area a Bounded

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Let R be a plane region of area A bounded by a piecewise-smooth simple closed curve C. Using Green's Theorem, it can be shown that the centroid of R is Let R be a plane region of area A bounded by a piecewise-smooth simple closed curve C. Using Green's Theorem, it can be shown that the centroid of R is , where Use these results to find the centroid of the given region. The triangle with vertices , , and . , where Let R be a plane region of area A bounded by a piecewise-smooth simple closed curve C. Using Green's Theorem, it can be shown that the centroid of R is , where Use these results to find the centroid of the given region. The triangle with vertices , , and . Let R be a plane region of area A bounded by a piecewise-smooth simple closed curve C. Using Green's Theorem, it can be shown that the centroid of R is , where Use these results to find the centroid of the given region. The triangle with vertices , , and . Use these results to find the centroid of the given region.
The triangle with vertices Let R be a plane region of area A bounded by a piecewise-smooth simple closed curve C. Using Green's Theorem, it can be shown that the centroid of R is , where Use these results to find the centroid of the given region. The triangle with vertices , , and . , Let R be a plane region of area A bounded by a piecewise-smooth simple closed curve C. Using Green's Theorem, it can be shown that the centroid of R is , where Use these results to find the centroid of the given region. The triangle with vertices , , and . , and Let R be a plane region of area A bounded by a piecewise-smooth simple closed curve C. Using Green's Theorem, it can be shown that the centroid of R is , where Use these results to find the centroid of the given region. The triangle with vertices , , and . .

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