Let Z3i denote the set of nonzero elements of Z3i Compute th
Let Z_3[i]* denote the set of non-zero elements of Z_3[i]. Compute the powers of 1 + i and verify that it generates the set Z_3[i]*. (Thus. Z_3[i]* is a cyclic group under multiplication, generated by 1 + i.)
Solution
Z3(i) is a cyclic group of order 3.
(1+i)0 = 1
(1+i)1 = 1+ i
(1+i)3 = 1- i
Therefore,
Z3(i) = { 1, 1+i, 1-i }
Thus, Z3(i) is a cyclic group generated by 1+i.
![Let Z_3[i]* denote the set of non-zero elements of Z_3[i]. Compute the powers of 1 + i and verify that it generates the set Z_3[i]*. (Thus. Z_3[i]* is a cyclic Let Z_3[i]* denote the set of non-zero elements of Z_3[i]. Compute the powers of 1 + i and verify that it generates the set Z_3[i]*. (Thus. Z_3[i]* is a cyclic](/WebImages/18/let-z3i-denote-the-set-of-nonzero-elements-of-z3i-compute-th-1035755-1761537392-0.webp)