Prove that the lines `2x+3y=19 and 2x+3y+7=0` are equidistant from the line `2x+3y=6`.

Prove that the locus of a moving point, which is equidistant from the lines 3x-2y=5 and 3x+2y=5 , is a straight line.

Prove that the locus of a moving point, which is equidistant from the lines 3x-2y=5 and 3x+2y=5 , is a straight line.

Consider the lines 2x-3y+9=0 and 2x-3y+7=0 Find the distance from the origin to these two lines.

Prove that the three lines 2x-y-5=0, 3x-y-6=0 and 4x-y-7=0 meet in a point.

Two straight lines x-3y-2=0 and 2x-6y-6=0

Prove that the point (2,2) is equidistant from the three straight lines 4x+3y-4=0,12x-5y+12=0and3x-4y=8.

Prove that the three lines 5x+3y-7=0, 3x-4y=10, and x+2y=0 meet in a point.

The lines 2x+3y+19=0 and 9x+6y-17=0 cuts the coordinate axes in

The lines 2x+3y+19=0 and 9x+6y-17=0 cuts the coordinate axes in

Consider the lines 2x-3y+9=0 and 2x-3y+7=0 Find the distance between these two lines.