The equations of two sides of a square are 5x+12y-10=0 and 5x+12y+29=0 and the third side passes through (3,5):find equations of all other possible sides of the square.

The equations of two sides of a square are 5x + 12 y - 10 = 0 and 5x + 12 y + 29 = 0 and the third side passes through (3,5) , find equations of all other possible sides of the squate.

Two sides of a square have the equations 5x + 12 y = 10 and 5x + 12y + 29 = 0 and the third side passes through the point (3,5) . Find the equations of the other two sides of the square.

The equations of the two sides of a square are 5x+12y-26=0 and 5x+12y+13=0. If one of the remaining sides passes through the point (5,-1) ,find the equations of of these sides.

The equations of two sides of a triangle are 3x-2y+6=0\ a n d\ 4x+5y-20\ a n d\ the orthocentre is (1,1). Find the equation of the third side.

Two sides of a square have the equations 5x+12y-10=0 and 5x+12y+29=0. The coordinates of a point on the third side are (3,5) . Find the equations to the other sides of the square.

Thet equations to the sides of a triangle are x-3y=0,4x+3y=5 and 3x+y=0. Then the line 3x-4y=0 passes through the-

Two equal sides of an isosceles triangle are given by 7x-y+3=0 and x+y=3 , and its third side passes through the point (1,-10) . Find the equation of the third side.

If one of the sides of a square is 3x-4y-12=0 and the center is (0,0) , then find the equations of the diagonals of the square.

The equations of two sides of a triangle are 3y-x-2=0a n dy+x-2=0. The third side, which is variable, always passes through the point (5,-1) . Find the range of the values of the slope of the third side, so that the origin is an interior point of the triangle.

The equations of the sided of a triangle are x+y-5=0,x-y+1=0, and y-1=0 . Then the coordinates of the circumcentre are