The centre of rectangular hyperbola lies on the line ` y=2x . `If one asymptotes is ` x+y+c=0 ` then the other asymptote is

The center of a rectangular hyperbola lies on the line y=2x. If one of the asymptotes is x+y+c=0, then the other asymptote is 6x+3y-4c=0 (b) 3x+6y-5c=03x-6y-c=0 (d) none of these

The center of a rectangular hyperbola lies on the line y=2xdot If one of the asymptotes is x+y+c=0 , then the other asymptote is (a) 6x+3y-4c=0 (b) 3x+6y-5c=0 (c) 3x-3y-c=0 (d) none of these

The center of a rectangular hyperbola lies on the line y=2xdot If one of the asymptotes is x+y+c=0 , then the other asymptote is: (a) 6x+3y-4c=0 (b) 3x+6y-5c=0 (c) 3x-6y-c=0 (d) none of these

The center of a rectangular hyperbola lies on the line y=2xdot If one of the asymptotes is x+y+c=0 , then the other asymptote is 6x+3y-4c=0 (b) 3x+6y-5c=0 3x-6y-c=0 (d) none of these

The center of a rectangular hyperbola lies on the line y=2xdot If one of the asymptotes is x+y+c=0 , then the other asymptote is 6x+3y-4c=0 (b) 3x+6y-5c=0 3x-6y-c=0 (d) none of these

The line 2x + y = 0 passes through the centre of a rectangular hyperbola, one of whose asymptotes is x - y = 1. The equation of the other asymptotes is

The equation of the line passing through the centre of a rectangular hyperbola is x-y-1=0 . If one of its asymptotoes is 3x-4y-6=0 , the equation of the other asymptote is

The equation of the line passing through the centre of a rectangular hyperbola is x-y-1=0 . If one of its asymptotoes is 3x-4y-6=0 , the equation of the other asymptote is

The equation of the line passing through the centre of a rectangular hyperbola is x-y-1=0 . If one of its asymptotoes is 3x-4y-6=0 , the equation of the other asymptote is

The equation of a line passing through the centre of a rectangular hyperbola is x- y-1 =0. If one of the asymptotes is 3x -4y -6= 0, the equation of the other asymptote is