B=[E_b*I_b*(-beta^3*cos(beta*l)-beta^3*cosh(beta*l))+m2*omega^2*(sin(beta*l)-sinh(beta*l)),E_b*I_b*(beta^3*sin(beta*l)-beta^3*sinh(beta*l))+m2*omega^2*(cos(beta*l)-cosh(beta*l));
E_b*I_b*(-beta^2*sin(beta*l)-beta^2*sinh(beta*l))-J*omega^2*(sin(beta*l)-sinh(beta*l)),E_b*I_b*(-beta^2*cos(beta*l)-beta^2*cosh(beta*l))-J*omega^2*(cos(beta*l)-cosh(beta*l)) ]B=[E_b*I_b*(-beta^3*cos(beta*l)-beta^3*cosh(beta*l))+m2*omega^2*(sin(beta*l)-sinh(beta*l)),E_b*I_b*(beta^3*sin(beta*l)-beta^3*sinh(beta*l))+m2*omega^2*(cos(beta*l)-cosh(beta*l));
E_b*I_b*(-beta^2*sin(beta*l)-beta^2*sinh(beta*l))-J*omega^2*(sin(beta*l)-sinh(beta*l)),E_b*I_b*(-beta^2*cos(beta*l)-beta^2*cosh(beta*l))-J*omega^2*(cos(beta*l)-cosh(beta*l)) ] B=[E_b*I_b*(-beta^3*cos(beta*l)-beta^3*cosh(beta*l))+m2*omega^2*(sin(beta*l)-sinh(beta*l)),E_b*I_b*(beta^3*sin(beta*l)-beta^3*sinh(beta*l))+m2*omega^2*(cos(beta*l)-cosh(beta*l));
E_b*I_b*(-beta^2*sin(beta*l)-beta^2*sinh(beta*l))-J*omega^2*(sin(beta*l)-sinh(beta*l)),E_b*I_b*(-beta^2*cos(beta*l)-beta^2*cosh(beta*l))-J*omega^2*(cos(beta*l)-cosh(beta*l)) ] solve the determinant MATLAB Answers — New Questions

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