If `z_1=a + ib and z_2 = c + id` are complex numbers such that `|z_1|=|z_2|=1 and Re(z_1 bar z...

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If z_1=a+i b and z_2=c+i d are complex numbers such that |z_1|=|z_2|=1 and Re(z_1z̅_2)=0, then th... If z_1=a+i b and z_2=c+i d are complex numbers such that |z_1|=|z_2|=1 and Re(z_1z̅_2)=0, then th...
If `z_1=a+ib and z_2=c+id` are complex numbes such that `|z_1|=|z_2|=1 and Re(z_1barz_2)=0` then the If `z_1=a+ib and z_2=c+id` are complex numbes such that `|z_1|=|z_2|=1 and Re(z_1barz_2)=0` then the
If `|z_1|=|z_2|=.......=|z_n|=1,` prove that `|z_1+z_2+z_3++z_n|=1/(z_1)+1/(z_2)+1/(z_3)++1/(z_n)` If `|z_1|=|z_2|=.......=|z_n|=1,` prove that `|z_1+z_2+z_3++z_n|=1/(z_1)+1/(z_2)+1/(z_3)++1/(z_n)`
if (1+i)z=(1-i)bar(z) then z is || If (1 + i) z = (1 – i) z (Bar), then show that z = – iz (Bar) || if (1+i)z=(1-i)bar(z) then z is || If (1 + i) z = (1 – i) z (Bar), then show that z = – iz (Bar) ||
If z1=a+ib and z2=c+id are complex numbers such that z1=z2=1 and Rez1z¯2=0, then the pair o.... If z1=a+ib and z2=c+id are complex numbers such that z1=z2=1 and Rez1z¯2=0, then the pair o....
"If `|z_1|=|z_2|=.......=|z_n|=1,` prove that `|z_1+z_2+z_3++z_n|=1/(z_1)+1/(z_2)+1/(z_3)++1/(z_n)` "If `|z_1|=|z_2|=.......=|z_n|=1,` prove that `|z_1+z_2+z_3++z_n|=1/(z_1)+1/(z_2)+1/(z_3)++1/(z_n)`
For any two complex number z1 and z2 prove that Re(z1z2)=Re z1 Re z2 - I m2 Im z2 For any two complex number z1 and z2 prove that Re(z1z2)=Re z1 Re z2 - I m2 Im z2
Let z1 = a + ib, z2 = p + iq be two unimodular complex numbers such that Im Let z1 = a + ib, z2 = p + iq be two unimodular complex numbers such that Im