The straight lines represented by the equation `135 x^2-136 x y+33 y^2=0` are equally inclined to the line `x-2y=7` (b) x+2y=7 `x-2y=4` (d) `3x+2y=4`

The straight lines represented by the equation 135x^(2)-136xy+33y^(2)=0 are equally inclined to the line x-2y=7 (b) x+2y=7x-2y=4( d) 3x+2y=4

Two straight line paths are represented by the equation 2x-y=2 and -4x+2y=6 . Then the paths will

If the lines y=3x+1 and 2y=x+3 are equally inclined to the line y=mx+4, find the value of m.

Find the equations of the straight lines passing through the point (-3, 2) and making an angle of 45^(@ with the straight line 3x-y+4=0 (A) x-2y+7=0,2x+y+4= (B) x+2y+7=0,2x-y+4=0(c) x-2y-7=0,2x+y+4=0 (D) x-2y-7=0,2x+y-4=0

If the equation 2x^(2)+7xy+3y^(2)-9x-7y+k=0 represents a pair of lines, then k is equal to

The equation of the circle through the points of intersection of x y -1 -0, x y -2x-4 y l 0 and touching the line x 2y 0, is (B) x y 2 x+20 (C) x y (D) 2 (x2 y x 2

The point of intersection of the lines represented by (x-3)^(2)+(x-3)(y-4)-2(y-4)^(2)=0 is