If Z ^ 2 + Z + 1 = 0, find (1 + Z) * (1 + Z ^ 2) * (1 + Z ^ 4) * (1 + Z ^ 8) (1+z^1 If Z ^ 2 + Z + 1 = 0, find (1 + Z) * (1 + Z ^ 2) * (1 + Z ^ 4) * (1 + Z ^ 8) )… (1 + Z ^ 1024)

If Z ^ 2 + Z + 1 = 0, find (1 + Z) * (1 + Z ^ 2) * (1 + Z ^ 4) * (1 + Z ^ 8) (1+z^1 If Z ^ 2 + Z + 1 = 0, find (1 + Z) * (1 + Z ^ 2) * (1 + Z ^ 4) * (1 + Z ^ 8) )… (1 + Z ^ 1024)


∵ Z & # 178; + Z + 1 = 0, ∵ z = (- 1 ± root sign 3) / 2, ∵ Z ≠ 1
(Z-1) (Z & # 178; + Z + 1) = 0, that is Z & # 179; = 1
The original formula = (1-z) & #8226; (1 + Z) & #8226; (1 + Z & #178;) & #8226; (1 + Z Λ 4) & #8226; & #8226; (1 + Z Λ 1024) / 1-z
=(1-z∧2048)/1-z
=1-z & # 178; / 1-z = 1 + Z = (1 ± root 3) / 2



What are the solutions of the equations x + y = 2, y + Z = 4, Z + x = 8


X=3
Y=-1
Z=5



Formula x + y = 4 Formula 1 y + Z = 6 formula 2 Z + x = 8 formula 3


Formula 1 + 2 + 3: 2x + 2Y + 2Z = 18
∴x+y+z=9
∴x=9-6=3;y=9-8=1;z=9-4=5.