`|z+2+3i|=5` is the locus of

If |z+2+3i|=5 then the locus of z is

If |z -2 - 3i| = 5 then the locus of z = x +iy is

If |z+2+3i|=5 then the locus of z is (A) a circle with the (2,3) and radius 25 (B) a circle with the (-2,-3) and radius 25 (C) a circle with the (2,3) and radius 5 (D) a circle with the (-2,-3) and radius 5

If |3z-2|=5 then the locus of z is

Match the following {:(I.,"If |z-3+i|=4 then the locus of z is ","a)"x^2+y^2-6x+2y-6=0),(II.,"If |z-1|=2|z-3|then the locus of z is","b)"3x^2+3y^2-22x+35=0),(III.,"If |z-i|=|z+i|then the locus of z is","c)"y=0),(IV.,"If "|z-1|^2+|z+1|^2=4"then the locus of z is","d)"x^2+y^2=1):}

The points representing complex number z for which |z+2+ 3i| = 5 lie on the locus given by

The points representing complex number z for which |z+2+ 3i| = 5 lie on the locus given by

If |z+i|^2−|z−i|^2 =3 then the locus of z is

If |z+i|^2-|z-i|^2=3 then the locus of z is

If |z+3i|+|z-i|=8 , then the locus of z, in the Argand plane, is