![SOLVED: The Beta function is defined by B(n, m) = L -"(1-m)"-' dx and the Gamma function can be written variously as Tlq) = 1-1 e-Idr = p9 19 - ' PE SOLVED: The Beta function is defined by B(n, m) = L -"(1-m)"-' dx and the Gamma function can be written variously as Tlq) = 1-1 e-Idr = p9 19 - ' PE](https://cdn.numerade.com/ask_images/cbec0d9e8e4743d1a5f970997a1f7833.jpg)
SOLVED: The Beta function is defined by B(n, m) = L -"(1-m)"-' dx and the Gamma function can be written variously as Tlq) = 1-1 e-Idr = p9 19 - ' PE
![Assume \alpha is opposite side a, \beta is opposite side b, and \gamma is opposite side c. Solve the triangle for the unknown side and angles if possible. If there is more Assume \alpha is opposite side a, \beta is opposite side b, and \gamma is opposite side c. Solve the triangle for the unknown side and angles if possible. If there is more](https://homework.study.com/cimages/multimages/16/screenshot_20211011-222953_powerpoint5376143437843558097.jpg)
Assume \alpha is opposite side a, \beta is opposite side b, and \gamma is opposite side c. Solve the triangle for the unknown side and angles if possible. If there is more
![sin(beta + gamma - alpha) + sin(gamma + alpha - beta) + sin(alpha + beta - gamma) - sin(alpha + beta + gamma) = 4sinalphasinbetasingamma . sin(beta + gamma - alpha) + sin(gamma + alpha - beta) + sin(alpha + beta - gamma) - sin(alpha + beta + gamma) = 4sinalphasinbetasingamma .](https://haygot.s3.amazonaws.com/questions/1311287_1005493_ans_4a890aed4e02403788aeb932acf9bb0f.jpg)