Other Math Archive: Questions from May 15, 2023
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Cambia de Minimización a Maximización. Minimizar C = 9x + 3y sujeto a 5x + 2y ≥ 1 6x + −ly ≥ 4 Maximizar P= u+ ut VA u F 4 v sujeto a
Cambia de Minimización a Maximización. Minimizar \( C=9 x+3 y \) sujeto a \[ \begin{array}{l} 5 x+2 y \geq 1 \\ 6 x+-1 y \geq 4 \\ \text { Maximizar } P=u+\quad v \text { sujeto a } \end{array} \] \0 answers -
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A 30-foot ladder is leaning against a wall. the bottom of the ladder is supported 13 feet from the wall. About what height does the top of the ladder rest against the wall?
Una escalera de 30 pies está apoyada contra un muro. El pie de la escalera está apoyada a 13 pies del muro. EA qué altura aproximadamente se apoya el extremo superior de la escalera contra el muro?2 answers -
Maximize for the following Utility function Max: U(X1,X2) = 0.6 (X1)^α (X2)^γ st: M = p1 x1 + p2 x2 to. A. Derive the first derivative for X1, X2, and λ. b. Derive the Marshall demand functions
Maximice para la siguiente función de Utilidad \[ \begin{array}{l} \operatorname{Max}: \mathbf{U}\left(X_{1}, X_{2}\right)=0.6\left(X_{1}\right)^{\alpha}\left(X_{2}\right)^{\gamma} \\ \text { st: } \2 answers -
4. Determine whether or not \( \left(e^{x} \sin y-y \sin x\right) d x+\left(e^{x} \cos y+\cos x\right) d y=0 \) is exact. If it is, find the solution.2 answers -
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