[" 15.If "z" is a complex number having least absolute "],[" value and "|z-2+2i|=1," then "z=]

If z is a complex number having least absolute value and |z-2+2i|=|, then z=

If z is a complex number having least absolute value and |z-2+2i|=1 ,then z= (2-1//sqrt(2))(1-i) b. (2-1//sqrt(2))(1+i) c. (2+1//sqrt(2))(1-i)"" d. (2+1//sqrt(2))(1+i)

If z is a complex number having least absolute value and |z-2+2i|=1 ,then z= (2-1//sqrt(2))(1-i) b. (2-1//sqrt(2))(1+i) c. (2+1//sqrt(2))(1-i)"" d. (2+1//sqrt(2))(1+i)

If z is a complex number having least absolute value and |z-2+2i|=1 ,then z= (2-1//sqrt(2))(1-i) b. (2-1//sqrt(2))(1+i) c. (2+1//sqrt(2))(1-i)"" d. (2+1//sqrt(2))(1+i)

If z is a complex number having least absolute value and |z-2+2i|=1 ,thenz a. z= (2-1//sqrt(2))(1-i) b. (2-1//sqrt(2))(1+i) c. (2+1//sqrt(2))(1-i)"" d. (2+1//sqrt(2))(1+i)

Find the complex number Z ,the greatest in absolute value which satisfies |z-2+2i|=1

If z is a complex number with |z|ge 5 . Then the least value of |z +(2)/(z)| is

If z is a complex number such that |z|>=2 then the minimum value of |z+1/2| is