Determine Bisector of angle containing origin and not containing origin .

Bisector of the plane containing origin

Find the equations of angular bisector bisecting the angle containing the origin and not containing the origin of the lines 4x+3y-6 = 0 and 5x + 12y + 9 =0

Find the equations of angular bisector bisecting the angle containing the origin and not containing the origin of the lines 4x+3y-6 = 0 and 5x + 12y + 9 =0

Find the equations of angular bisector bisecting the angle containing the origin and not containing the origin of the lines 4x+3y-6 = 0 and 5x + 12y + 9 =0

Find the equation of the line containing the origin and having inclination 60^@

Bisector of angle between x+2y-1=0 and 2x+y+1=0 containing (2,1) is

Find the equations of bi sectors of the angle between the lines 4x+3y=7 and 24x+7y- 31-0.Also find which of them is la the bisector of the angle containing origin (b) the bisector of the acute angle.

If the line x+y =5 divides the plane into two half planes, then the region containing the origin is represented by __________.