Mosi sagt…

Es lebe der Computer! Wers nicht glaubt der sollte mal DAS von Hand errechnen (Auflösen von 2 Gleichungen nach 2 Variablen):
ans =

-(c_2 * T^2 * l_2 * Theta_a-m_a * l_2^2 * d_2 * T-m_a * l_2^2 * c_2 * T^2+c_2 * T^2 * l_1 * Theta_a-m_a * l_2 * c_2 * T^2 * l_1+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a-m_a * l_2 * d_2 * T * l_1)/(2 * Theta_a * m_a * l_2+m_a * l_2^2 * c_1 * T^2+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a+c_1 * T^2 * l_2 * Theta_a+m_a * l_2 * d_2 * T * l_1+d_1 * T * l_1 * Theta_a+d_1 * T * l_2 * Theta_a+c_1 * T^2 * l_1 * Theta_a+4 * d_2 * T^3 * l_1 * c_1 * l_2+m_a * l_2^2 * d_2 * T+m_a * l_2 * c_2 * T^2 * l_1+m_a * l_2^2 * c_2 * T^2+2 * d_2 * T^2 * l_1^2 * d_1+2 * d_2 * T^2 * l_2^2 * d_1+2 * d_2 * T^3 * l_2^2 * c_1+2 * c_2 * T^3 * l_1^2 * d_1+4 * c_2 * T^3 * l_1 * d_1 * l_2+2 * c_2 * T^4 * l_1^2 * c_1+4 * c_2 * T^4 * l_1 * c_1 * l_2+2 * c_2 * T^3 * l_2^2 * d_1+m_a * l_2 * c_1 * T^2 * l_1+2 * c_2 * T^4 * l_2^2 * c_1+m_a * l_2 * d_1 * T * l_1+m_a * l_2^2 * d_1 * T+c_2 * T^2 * l_1 * Theta_a+c_2 * T^2 * l_2 * Theta_a+4 * d_2 * T^2 * l_1 * d_1 * l_2+2 * d_2 * T^3 * l_1^2 * c_1) * v2_km1-(-c_2 * T^2 * l_1 * Theta_a-d_2 * T * l_2 * Theta_a-m_a * l_2^2 * d_2 * T-c_2 * T^2 * l_2 * Theta_a-2 * Theta_a * m_a * l_2-m_a * l_2 * d_2 * T * l_1-m_a * l_2 * c_2 * T^2 * l_1-d_2 * T * l_1 * Theta_a-m_a * l_2^2 * c_2 * T^2)/(2 * Theta_a * m_a * l_2+m_a * l_2^2 * c_1 * T^2+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a+c_1 * T^2 * l_2 * Theta_a+m_a * l_2 * d_2 * T * l_1+d_1 * T * l_1 * Theta_a+d_1 * T * l_2 * Theta_a+c_1 * T^2 * l_1 * Theta_a+4 * d_2 * T^3 * l_1 * c_1 * l_2+m_a * l_2^2 * d_2 * T+m_a * l_2 * c_2 * T^2 * l_1+m_a * l_2^2 * c_2 * T^2+2 * d_2 * T^2 * l_1^2 * d_1+2 * d_2 * T^2 * l_2^2 * d_1+2 * d_2 * T^3 * l_2^2 * c_1+2 * c_2 * T^3 * l_1^2 * d_1+4 * c_2 * T^3 * l_1 * d_1 * l_2+2 * c_2 * T^4 * l_1^2 * c_1+4 * c_2 * T^4 * l_1 * c_1 * l_2+2 * c_2 * T^3 * l_2^2 * d_1+m_a * l_2 * c_1 * T^2 * l_1+2 * c_2 * T^4 * l_2^2 * c_1+m_a * l_2 * d_1 * T * l_1+m_a * l_2^2 * d_1 * T+c_2 * T^2 * l_1 * Theta_a+c_2 * T^2 * l_2 * Theta_a+4 * d_2 * T^2 * l_1 * d_1 * l_2+2 * d_2 * T^3 * l_1^2 * c_1) * v1_km1-(T^3 * c_2 * l_2^2+2 * T^2 * l_2 * d_2 * l_1+2 * T^3 * c_2 * l_1 * l_2+T^3 * c_2 * l_1^2+T^2 * l_2^2 * d_2+T^2 * d_2 * l_1^2+m_a * l_2^2 * T+m_a * l_2 * T * l_1)/(2 * Theta_a * m_a * l_2+m_a * l_2^2 * c_1 * T^2+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a+c_1 * T^2 * l_2 * Theta_a+m_a * l_2 * d_2 * T * l_1+d_1 * T * l_1 * Theta_a+d_1 * T * l_2 * Theta_a+c_1 * T^2 * l_1 * Theta_a+4 * d_2 * T^3 * l_1 * c_1 * l_2+m_a * l_2^2 * d_2 * T+m_a * l_2 * c_2 * T^2 * l_1+m_a * l_2^2 * c_2 * T^2+2 * d_2 * T^2 * l_1^2 * d_1+2 * d_2 * T^2 * l_2^2 * d_1+2 * d_2 * T^3 * l_2^2 * c_1+2 * c_2 * T^3 * l_1^2 * d_1+4 * c_2 * T^3 * l_1 * d_1 * l_2+2 * c_2 * T^4 * l_1^2 * c_1+4 * c_2 * T^4 * l_1 * c_1 * l_2+2 * c_2 * T^3 * l_2^2 * d_1+m_a * l_2 * c_1 * T^2 * l_1+2 * c_2 * T^4 * l_2^2 * c_1+m_a * l_2 * d_1 * T * l_1+m_a * l_2^2 * d_1 * T+c_2 * T^2 * l_1 * Theta_a+c_2 * T^2 * l_2 * Theta_a+4 * d_2 * T^2 * l_1 * d_1 * l_2+2 * d_2 * T^3 * l_1^2 * c_1) * M_a-(-T^2 * d_2 * l_1^2-T^2 * l_2^2 * d_2-T^3 * c_2 * l_1^2-2 * T^2 * l_2 * d_2 * l_1-T * l_2 * Theta_a-T^3 * c_2 * l_2^2-2 * T^3 * c_2 * l_1 * l_2-T * l_1 * Theta_a)/(2 * Theta_a * m_a * l_2+m_a * l_2^2 * c_1 * T^2+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a+c_1 * T^2 * l_2 * Theta_a+m_a * l_2 * d_2 * T * l_1+d_1 * T * l_1 * Theta_a+d_1 * T * l_2 * Theta_a+c_1 * T^2 * l_1 * Theta_a+4 * d_2 * T^3 * l_1 * c_1 * l_2+m_a * l_2^2 * d_2 * T+m_a * l_2 * c_2 * T^2 * l_1+m_a * l_2^2 * c_2 * T^2+2 * d_2 * T^2 * l_1^2 * d_1+2 * d_2 * T^2 * l_2^2 * d_1+2 * d_2 * T^3 * l_2^2 * c_1+2 * c_2 * T^3 * l_1^2 * d_1+4 * c_2 * T^3 * l_1 * d_1 * l_2+2 * c_2 * T^4 * l_1^2 * c_1+4 * c_2 * T^4 * l_1 * c_1 * l_2+2 * c_2 * T^3 * l_2^2 * d_1+m_a * l_2 * c_1 * T^2 * l_1+2 * c_2 * T^4 * l_2^2 * c_1+m_a * l_2 * d_1 * T * l_1+m_a * l_2^2 * d_1 * T+c_2 * T^2 * l_1 * Theta_a+c_2 * T^2 * l_2 * Theta_a+4 * d_2 * T^2 * l_1 * d_1 * l_2+2 * d_2 * T^3 * l_1^2 * c_1) * F_a-(2 * T^2 * c_1 * s1_km1 * d_2 * l_2^2+4 * T^2 * c_1 * s1_km1 * d_2 * l_1 * l_2+2 * T^2 * c_1 * s1_km1 * d_2 * l_1^2+c_2 * T * s2_km1 * l_1 * Theta_a+c_2 * T * s2_km1 * l_2 * Theta_a-m_a * l_2 * c_2 * T * s2_km1 * l_1+c_1 * T * s1_km1 * l_1 * Theta_a+m_a * l_2 * c_1 * T * s1_km1 * l_1-m_a * l_2^2 * c_2 * T * s2_km1+2 * T^3 * c_1 * s1_km1 * c_2 * l_1^2+2 * T^3 * c_1 * s1_km1 * c_2 * l_2^2+4 * T^3 * c_1 * s1_km1 * c_2 * l_1 * l_2+m_a * l_2^2 * c_1 * T * s1_km1+c_1 * T * s1_km1 * l_2 * Theta_a)/(2 * Theta_a * m_a * l_2+m_a * l_2^2 * c_1 * T^2+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a+c_1 * T^2 * l_2 * Theta_a+m_a * l_2 * d_2 * T * l_1+d_1 * T * l_1 * Theta_a+d_1 * T * l_2 * Theta_a+c_1 * T^2 * l_1 * Theta_a+4 * d_2 * T^3 * l_1 * c_1 * l_2+m_a * l_2^2 * d_2 * T+m_a * l_2 * c_2 * T^2 * l_1+m_a * l_2^2 * c_2 * T^2+2 * d_2 * T^2 * l_1^2 * d_1+2 * d_2 * T^2 * l_2^2 * d_1+2 * d_2 * T^3 * l_2^2 * c_1+2 * c_2 * T^3 * l_1^2 * d_1+4 * c_2 * T^3 * l_1 * d_1 * l_2+2 * c_2 * T^4 * l_1^2 * c_1+4 * c_2 * T^4 * l_1 * c_1 * l_2+2 * c_2 * T^3 * l_2^2 * d_1+m_a * l_2 * c_1 * T^2 * l_1+2 * c_2 * T^4 * l_2^2 * c_1+m_a * l_2 * d_1 * T * l_1+m_a * l_2^2 * d_1 * T+c_2 * T^2 * l_1 * Theta_a+c_2 * T^2 * l_2 * Theta_a+4 * d_2 * T^2 * l_1 * d_1 * l_2+2 * d_2 * T^3 * l_1^2 * c_1)

ans =

-(-m_a * l_2 * d_1 * T * l_1-c_1 * T^2 * l_1 * Theta_a-m_a * l_2 * c_1 * T^2 * l_1-c_1 * T^2 * l_2 * Theta_a-2 * Theta_a * m_a * l_2-d_1 * T * l_1 * Theta_a-m_a * l_2^2 * d_1 * T-d_1 * T * l_2 * Theta_a-m_a * l_2^2 * c_1 * T^2)/(2 * Theta_a * m_a * l_2+m_a * l_2^2 * c_1 * T^2+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a+c_1 * T^2 * l_2 * Theta_a+m_a * l_2 * d_2 * T * l_1+d_1 * T * l_1 * Theta_a+d_1 * T * l_2 * Theta_a+c_1 * T^2 * l_1 * Theta_a+4 * d_2 * T^3 * l_1 * c_1 * l_2+m_a * l_2^2 * d_2 * T+m_a * l_2 * c_2 * T^2 * l_1+m_a * l_2^2 * c_2 * T^2+2 * d_2 * T^2 * l_1^2 * d_1+2 * d_2 * T^2 * l_2^2 * d_1+2 * d_2 * T^3 * l_2^2 * c_1+2 * c_2 * T^3 * l_1^2 * d_1+4 * c_2 * T^3 * l_1 * d_1 * l_2+2 * c_2 * T^4 * l_1^2 * c_1+4 * c_2 * T^4 * l_1 * c_1 * l_2+2 * c_2 * T^3 * l_2^2 * d_1+m_a * l_2 * c_1 * T^2 * l_1+2 * c_2 * T^4 * l_2^2 * c_1+m_a * l_2 * d_1 * T * l_1+m_a * l_2^2 * d_1 * T+c_2 * T^2 * l_1 * Theta_a+c_2 * T^2 * l_2 * Theta_a+4 * d_2 * T^2 * l_1 * d_1 * l_2+2 * d_2 * T^3 * l_1^2 * c_1) * v2_km1-(-m_a * l_2 * c_1 * T^2 * l_1-m_a * l_2^2 * d_1 * T+c_1 * T^2 * l_1 * Theta_a+c_1 * T^2 * l_2 * Theta_a+d_1 * T * l_1 * Theta_a-m_a * l_2^2 * c_1 * T^2+d_1 * T * l_2 * Theta_a-m_a * l_2 * d_1 * T * l_1)/(2 * Theta_a * m_a * l_2+m_a * l_2^2 * c_1 * T^2+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a+c_1 * T^2 * l_2 * Theta_a+m_a * l_2 * d_2 * T * l_1+d_1 * T * l_1 * Theta_a+d_1 * T * l_2 * Theta_a+c_1 * T^2 * l_1 * Theta_a+4 * d_2 * T^3 * l_1 * c_1 * l_2+m_a * l_2^2 * d_2 * T+m_a * l_2 * c_2 * T^2 * l_1+m_a * l_2^2 * c_2 * T^2+2 * d_2 * T^2 * l_1^2 * d_1+2 * d_2 * T^2 * l_2^2 * d_1+2 * d_2 * T^3 * l_2^2 * c_1+2 * c_2 * T^3 * l_1^2 * d_1+4 * c_2 * T^3 * l_1 * d_1 * l_2+2 * c_2 * T^4 * l_1^2 * c_1+4 * c_2 * T^4 * l_1 * c_1 * l_2+2 * c_2 * T^3 * l_2^2 * d_1+m_a * l_2 * c_1 * T^2 * l_1+2 * c_2 * T^4 * l_2^2 * c_1+m_a * l_2 * d_1 * T * l_1+m_a * l_2^2 * d_1 * T+c_2 * T^2 * l_1 * Theta_a+c_2 * T^2 * l_2 * Theta_a+4 * d_2 * T^2 * l_1 * d_1 * l_2+2 * d_2 * T^3 * l_1^2 * c_1) * v1_km1-(-T^2 * l_1^2 * d_1-2 * T^3 * l_1 * c_1 * l_2-T^3 * l_2^2 * c_1-m_a * l_2^2 * T-T^2 * l_2^2 * d_1-T^3 * l_1^2 * c_1-2 * T^2 * l_1 * d_1 * l_2-m_a * l_2 * T * l_1)/(2 * Theta_a * m_a * l_2+m_a * l_2^2 * c_1 * T^2+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a+c_1 * T^2 * l_2 * Theta_a+m_a * l_2 * d_2 * T * l_1+d_1 * T * l_1 * Theta_a+d_1 * T * l_2 * Theta_a+c_1 * T^2 * l_1 * Theta_a+4 * d_2 * T^3 * l_1 * c_1 * l_2+m_a * l_2^2 * d_2 * T+m_a * l_2 * c_2 * T^2 * l_1+m_a * l_2^2 * c_2 * T^2+2 * d_2 * T^2 * l_1^2 * d_1+2 * d_2 * T^2 * l_2^2 * d_1+2 * d_2 * T^3 * l_2^2 * c_1+2 * c_2 * T^3 * l_1^2 * d_1+4 * c_2 * T^3 * l_1 * d_1 * l_2+2 * c_2 * T^4 * l_1^2 * c_1+4 * c_2 * T^4 * l_1 * c_1 * l_2+2 * c_2 * T^3 * l_2^2 * d_1+m_a * l_2 * c_1 * T^2 * l_1+2 * c_2 * T^4 * l_2^2 * c_1+m_a * l_2 * d_1 * T * l_1+m_a * l_2^2 * d_1 * T+c_2 * T^2 * l_1 * Theta_a+c_2 * T^2 * l_2 * Theta_a+4 * d_2 * T^2 * l_1 * d_1 * l_2+2 * d_2 * T^3 * l_1^2 * c_1) * M_a-(-T^3 * l_1^2 * c_1-2 * T^2 * l_1 * d_1 * l_2-T * l_2 * Theta_a-T^2 * l_2^2 * d_1-T^3 * l_2^2 * c_1-T * l_1 * Theta_a-T^2 * l_1^2 * d_1-2 * T^3 * l_1 * c_1 * l_2)/(2 * Theta_a * m_a * l_2+m_a * l_2^2 * c_1 * T^2+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a+c_1 * T^2 * l_2 * Theta_a+m_a * l_2 * d_2 * T * l_1+d_1 * T * l_1 * Theta_a+d_1 * T * l_2 * Theta_a+c_1 * T^2 * l_1 * Theta_a+4 * d_2 * T^3 * l_1 * c_1 * l_2+m_a * l_2^2 * d_2 * T+m_a * l_2 * c_2 * T^2 * l_1+m_a * l_2^2 * c_2 * T^2+2 * d_2 * T^2 * l_1^2 * d_1+2 * d_2 * T^2 * l_2^2 * d_1+2 * d_2 * T^3 * l_2^2 * c_1+2 * c_2 * T^3 * l_1^2 * d_1+4 * c_2 * T^3 * l_1 * d_1 * l_2+2 * c_2 * T^4 * l_1^2 * c_1+4 * c_2 * T^4 * l_1 * c_1 * l_2+2 * c_2 * T^3 * l_2^2 * d_1+m_a * l_2 * c_1 * T^2 * l_1+2 * c_2 * T^4 * l_2^2 * c_1+m_a * l_2 * d_1 * T * l_1+m_a * l_2^2 * d_1 * T+c_2 * T^2 * l_1 * Theta_a+c_2 * T^2 * l_2 * Theta_a+4 * d_2 * T^2 * l_1 * d_1 * l_2+2 * d_2 * T^3 * l_1^2 * c_1) * F_a-(2 * c_2 * T^2 * s2_km1 * l_1^2 * d_1+4 * c_2 * T^2 * s2_km1 * l_1 * d_1 * l_2+2 * c_2 * T^3 * s2_km1 * l_1^2 * c_1+4 * c_2 * T^3 * s2_km1 * l_1 * c_1 * l_2+2 * c_2 * T^2 * s2_km1 * l_2^2 * d_1+2 * c_2 * T^3 * s2_km1 * l_2^2 * c_1+m_a * l_2 * c_2 * T * s2_km1 * l_1+m_a * l_2^2 * c_2 * T * s2_km1-m_a * l_2 * c_1 * T * s1_km1 * l_1-m_a * l_2^2 * c_1 * T * s1_km1+c_1 * T * s1_km1 * l_1 * Theta_a+c_1 * T * s1_km1 * l_2 * Theta_a+c_2 * T * s2_km1 * l_1 * Theta_a+c_2 * T * s2_km1 * l_2 * Theta_a)/(2 * Theta_a * m_a * l_2+m_a * l_2^2 * c_1 * T^2+d_2 * T * l_1 * Theta_a+d_2 * T * l_2 * Theta_a+c_1 * T^2 * l_2 * Theta_a+m_a * l_2 * d_2 * T * l_1+d_1 * T * l_1 * Theta_a+d_1 * T * l_2 * Theta_a+c_1 * T^2 * l_1 * Theta_a+4 * d_2 * T^3 * l_1 * c_1 * l_2+m_a * l_2^2 * d_2 * T+m_a * l_2 * c_2 * T^2 * l_1+m_a * l_2^2 * c_2 * T^2+2 * d_2 * T^2 * l_1^2 * d_1+2 * d_2 * T^2 * l_2^2 * d_1+2 * d_2 * T^3 * l_2^2 * c_1+2 * c_2 * T^3 * l_1^2 * d_1+4 * c_2 * T^3 * l_1 * d_1 * l_2+2 * c_2 * T^4 * l_1^2 * c_1+4 * c_2 * T^4 * l_1 * c_1 * l_2+2 * c_2 * T^3 * l_2^2 * d_1+m_a * l_2 * c_1 * T^2 * l_1+2 * c_2 * T^4 * l_2^2 * c_1+m_a * l_2 * d_1 * T * l_1+m_a * l_2^2 * d_1 * T+c_2 * T^2 * l_1 * Theta_a+c_2 * T^2 * l_2 * Theta_a+4 * d_2 * T^2 * l_1 * d_1 * l_2+2 * d_2 * T^3 * l_1^2 * c_1)

(Musste nur mal meinem Frust freie Bahn lassen , jetzt isses wieder besser)

Der Beitrag wurde am Donnerstag, den 26. Januar 2006 um 16:07 Uhr veröffentlicht und wurde unter Allgemeines abgelegt. du kannst die Kommentare zu diesen Eintrag durch den RSS 2.0 Feed verfolgen. du kannst zum Ende springen und einen Kommentar hinterlassen. Pingen ist im Augenblick nicht erlaubt.