A person standing at the junction (crossing) of two straight paths represented by the equations `2x - 3y + 4 = 0` and `3x + 4y -5=0` wants to reach the path whose equation is `6x - 7y + 8 = 0` in the least time. Find equation of the path that he should follow.

A person standing at the junction (crossing) of two straight paths represented by the equations : 2x -3y -4 =0 and 3x + 4y -5 = 0, wants to reach the path whose equation is 6x - 7y + 8 = 0 in the least time. Find the equation of the path that he should follow.

A person standing at the junction (crossing) of two straight paths represented by the equations 2x - 3y +4 = 0 and 3x + 4y - 5 = 0 wants to reach the path whose equation is 6x - 7y + 8 = 0 in the least time. Find equation of the path equation that he should follow.

A person standing at the junction (crossing) of two straight point repersented by the equation 2x - 3y +4 = 0 and 3x + 4y - 5 = 0 wants to reach the path whose equation is 6x - 7y + 8 = 0 in the least time. Find the equation of the path that he should follow.

A person standing at the junction (crossing) of two straight paths represented by. the equations 2 x-3 y+4=0 and 3 x+y-5=0 wants to reach the path whose equation is 6 x-7 y+8=0 in the least time. Find equation of the path that he should follow.

A person standing at a junction (crossing) of two straight paths represented by the equations 2x-3y+4=0 and 3x+4y-5=0 seek to reach the path whose equation is 6x-7y+8=0 in the least times. Find the equation of the path that he should follow.

A person standing at the juction (crossing ) of two straight paths represented the equations 2x-3y+4=0 and 3x+4y-5=0 wants to reach the path whose equation is 6x-7y+8=0 in the least time. Find the equation of the path that he should follow.

Two straight paths are represented by the equations x - 3y = 2 and -2x + 6y = 5 . Check whether the paths cross each other or not.

Two straight paths are represented by the equations x - 3y = 2 and -2x + 6y = 5 . Check whether the paths cross each other or not.