6. $u(x, y) = 40\sqrt{x} + y$ $p_x = 2, p_y = 1, m = 100$ 7. $u(x, y, z) = xyz^2$ $p_x = 3, p_y = 5, p_z = 1, m = 60$

          6. $u(x, y) = 40\sqrt{x} + y$
$p_x = 2, p_y = 1, m = 100$
7. $u(x, y, z) = xyz^2$
$p_x = 3, p_y = 5, p_z = 1, m = 60$

Added by Colin P.

Principles of Economics

Gregory Mankiw 8th Edition

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For question 7, we are given the function u(x, y, z) = xyz^2 and the partial derivatives px = 3, py = 5, pz = 1, and m = 60. Show more…

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7. u(x, y, z) = xyz^2, px = 3, py = 5, pz = 1, m = 60 6. u(x, y) = 40Vx+y Px = 2, P = 1, m = 100 7. u(x, y, z) = xyz^2 Px = 3, Py = 5, Pz = 1, m = 60

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