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3 Resuelve el siguiente triangulo para \( \gamma \) si: \( \begin{array}{l}a=15 \\ b=15.8231 \\ c=14.0126\end{array} \)

Ask by Phillips Nunez. in Mexico
Dec 08,2024

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El ángulo \( \gamma \) es aproximadamente \( 54.44^\circ \).

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Bonus Knowledge

Para resolver el triángulo y encontrar el ángulo \( \gamma \), puedes usar la Ley de los Cosenos, que es especialmente útil cuando tienes los tres lados del triángulo. La fórmula es: \[ c^2 = a^2 + b^2 - 2ab \cdot \cos(\gamma) \] Sustituyendo los valores: \[ (14.0126)^2 = (15)^2 + (15.8231)^2 - 2 \cdot (15) \cdot (15.8231) \cdot \cos(\gamma) \] Calcula \( \cos(\gamma) \) despejando y usando una calculadora o software para resolver: \[ \cos(\gamma) = \frac{(15)^2 + (15.8231)^2 - (14.0126)^2}{2 \cdot (15) \cdot (15.8231)} \] Calculando los valores, obtendrás \( \gamma \) en radianes o grados, dependiendo de tu preferencia. Asegúrate de usar la función inversa del coseno para encontrar el ángulo final. ¡Diviértete resolviendo este triángulo!

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