[" 2.If "2z+(8)/(3)=(1)/(4)z+5," then "z=?],[[" (a) "3," (b) "4]]

if 2z+8/3=1/4z+5 , then z=?

4-(2(z-4))/3=1/2(2z+5)

Let four points z_(1),z_(2),z_(3),z_(4) be in complex plane such that |z_(2)|= 1, |z_(1)|leq 1 and |z_(3)| le 1 . If z_(3) = (z_(2)(z_(1)-z_(4)))/(barz_(1)z_(4)-1) , then |z_(4)| can be (a) 2 (b) 2/5 (c) 1/3 (d) 5/2

Let z_(1), z_(2) be two complex numbers satisfying the equations |(z-4)/(z-8)|= 1 and |(z-8i)/(z-12)|=(3)/(5) , then sqrt(|z_(1)-z_(2)|) is equal to __________

" If "(z_(2))/(z_(1))" is purely imaginary then "|(6z_(1)-8z_(2))/(4z_(2)+3z_(1))|" is equal to."

Let four points z_(1),z_(2),z_(3),z_(4) be in complex plane such that |z_(2)|= 1, |z_(1)|leq 1 and |z_(3)| le 1 . If z_(3) = (z_(2)(z_(1)-z_(4)))/(barz_(1)z_(4)-1) , then |z_(4)| can be

Let z_(1),z_(2),z_(3),z_(4) are distinct complex numbers satisfying |z|=1 and 4z_(3) = 3(z_(1) + z_(2)) , then |z_(1) - z_(2)| is equal to

Let z_(1),z_(2),z_(3),z_(4) are distinct complex numbers satisfying |z|=1 and 4z_(3) = 3(z_(1) + z_(2)) , then |z_(1) - z_(2)| is equal to

Given z_(1)+3z_(2)-4z_(3)=0 then z_(1),z_(2),z_(3) are