I'm solving a set of non-linear equations:
eqn1 := W__1 + W__2 + W__3 + W__4 = 4; eqn1 := W__1 + W__2 + W__3 + W__4 = 4 eqn2 := W__1*zeta__1 + W__2*zeta__2 + W__3*zeta__3 + W__4*zeta__4 = 0; eqn2 := W__1 zeta__1 + W__2 zeta__2 + W__3 zeta__3 + W__4 zeta__4 = 0 eqn3 := W__1*zeta__1^2 + W__2*zeta__2^2 + W__3*zeta__3^2 + W__4*zeta__4^2 = 2/3; 2 2 2 eqn3 := W__1 zeta__1 + W__2 zeta__2 + W__3 zeta__3 2 2 + W__4 zeta__4 = - 3 eqn4 := W__1*zeta__1^3 + W__2*zeta__2^3 + W__3*zeta__3^3 + W__4*zeta__4^3 = 0; 3 3 3 eqn4 := W__1 zeta__1 + W__2 zeta__2 + W__3 zeta__3 3 + W__4 zeta__4 = 0 eqn5 := W__1*zeta__1^4 + W__2*zeta__2^4 + W__3*zeta__3^4 + W__4*zeta__4^4 = 2/5; 4 4 4 eqn5 := W__1 zeta__1 + W__2 zeta__2 + W__3 zeta__3 4 2 + W__4 zeta__4 = - 5 eqn6 := W__1*zeta__1^5 + W__2*zeta__2^5 + W__3*zeta__3^5 + W__4*zeta__4^5 = 0; 5 5 5 eqn6 := W__1 zeta__1 + W__2 zeta__2 + W__3 zeta__3 5 + W__4 zeta__4 = 0 eqn7 := W__1*zeta__1^6 + W__2*zeta__2^6 + W__3*zeta__3^6 + W__4*zeta__4^6 = 2/7; 6 6 6 eqn7 := W__1 zeta__1 + W__2 zeta__2 + W__3 zeta__3 6 2 + W__4 zeta__4 = - 7 eqn8 := W__1*zeta__1^7 + W__2*zeta__2^7 + W__3*zeta__3^7 + W__4*zeta__4^7 = 0; 7 7 7 eqn8 := W__1 zeta__1 + W__2 zeta__2 + W__3 zeta__3 7 + W__4 zeta__4 = 0 solve({eqn1, eqn2, eqn3, eqn4, eqn5, eqn6, eqn7}, {W__1, W__2, W__3, W__4, zeta__1, zeta__2, zeta__3, zeta__4});
However, the result looks like this:
How should I obtain numerical values for W1,W2,W3,W4,zeta1,zeta2,zeta3,zeta4 ?