The equation of the bisector of that angle between the lines x + y = 3 and 2x - y = 2 which contains the point (1,1) is

The equations of the bisector of the agle between the line 2x + y - 6 =0 and 2x - 4y + 7=0 which contains the point (1,2) is .

The equations of the bisector of the agle between the line 2x + y - 6 =0 and 2x - 4y + 7=0 which contains the point (1,2) is .

The equations of the bisector of the agle between the line 2x + y - 6 =0 and 2x - 4y + 7=0 which contains the point (1,2) is .

The equation of the bisector of that angle between the lines x+2y-11=0,3x-6y-5=0 which contains the point (1,-3) is (3x=19 (b) 3y=7 3x=19a n d3y=7 (d) None of these

The equation of the bisector of that angle between the lines x+2y-11=0,3x-6y-5=0 which contains the point (1,-3) is (3x=19 (b) 3y=7 3x=19a n d3y=7 (d) None of these

The equation of the bisector of that angle between the lines x+2y-11=0,3x-6y-5=0 which contains the point (1,-3) is (3x=19 (b) 3y=73x=19 and 3y=7 (d) None of these

The equation of the bisector of the angle between the lines x+2y-2=0,3x-6y-11=0 which contains the point (1,-3) is

The equation of the bisector of the acute angle between the lines 2x-y+4=0 and x-2y=1 is

The equations of bisectors of the angles between the lines |x|=|y| are