A straight line which make equal intercepts on +ve x and y axes and which is at a distance '1' unit from the origin intersects the straight line y=2x+3+`sqrt`2 at (x0,y0) then 2x0+y0 =

A straight line which make equal intercepts on +ve x and y axes and which is at a distance '1' unit from the origin intersects the straight line y=2x+3+sqrt2 at (x0,y0) then 2x0+y0 =

A straight line which makes equal intercepts on positive X and Y axes and which is at a distance 1 unit from the origin intersects the striaght line y=2x+3X+sqrt(2) at (x_(0),y_(0)) . Then 2x_(0)+y_(0)=

The point of intersection of the straight lines 2x+3y+4=0, 6x-y+12=0 is

Find the equation of the straight line which makes intercepts on the axes equal in magnitude but opposite in sing and passes through the point of intersection of the lines x+3y+4=0 and 2x-y=13 . Also find the perpendicular distance of the line from the origin.

If the line (x-y+1)+k(y-2x+4)=0 makes equal intercept on the axes then the value of k is

The straight line passing through the point of intersection of the straight line x+2y-10=0 and 2x+y+5=0 is

The straight line passing through the point of intersection of the straight line x+2y-10=0 and 2x+y+5=0 is