Problem 3. Let z = a + bi, -z = -a – bi, z1 = c + di, 0 = 0 + 0i and 1=1+ Oi in this problem. Prove the following statem

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Problem 3. Let z = a + bi, -z = -a – bi, z1 = c + di, 0 = 0 + 0i and 1=1+ Oi in this problem. Prove the following statem

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Problem 3 Let Z A Bi Z A Bi Z1 C Di 0 0 0i And 1 1 Oi In This Problem Prove The Following Statem 1
Problem 3 Let Z A Bi Z A Bi Z1 C Di 0 0 0i And 1 1 Oi In This Problem Prove The Following Statem 1 (41.84 KiB) Viewed 60 times
Problem 3. Let z = a + bi, -z = -a – bi, z1 = c + di, 0 = 0 + 0i and 1=1+ Oi in this problem. Prove the following statements: a. Z + 21 = 21 + z. (addition is commutative) b. z.21 = 21.2. (multiplication is commutative) C. 2 + 0 = 0 + z = z. (0 is the additive identity) d. z + (-2) = -2 + z = 0 (-z is the additive inverse of z) e. (-1). z = -2 f. 0.z= 0 z 21 g. Z. z = a2 + b2 h. Z = 21 = c2+d2 i. Z + 21 = ż + Z1
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