Question

The system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) one solution (c) two solutions (d) none of these

Answer 1

The system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) one solution (c) two solutions (d) none of theseThe system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) one solution (c) two solutions (d) none of theseThe system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) solution (c) two solutions (d) none of theseoneoneone = 3 has (a) no solution (b) one solution (c) two solutions (d) none of theseThe system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) one solution (c) two solutions (d) none of theseThe system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) solution (c) two solutions (d) none of theseoneoneone = 3 has (a) no solution (b) one solution (c) two solutions (d) none of theseThe system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) one solution (c) two solutions (d) none of theseThe system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) solution (c) two solutions (d) none of theseoneoneone = 3 has (a) no solution (b) one solution (c) two solutions (d) none of theseThe system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) one solution (c) two solutions (d) none of theseThe system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) solution (c) two solutions (d) none of theseoneoneone = 3 has (a) no solution (b) one solution (c) two solutions (d) none of theseThe system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) one solution (c) two solutions (d) none of theseThe system of equations |z + 1 - ???? | = √2 and |z| = 3 has (a) no solution (b) solution (c) two solutions (d) none of theseoneoneone