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.

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 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.

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.

Two sides of a square are along the lines 5x-12y+39=0 and 5x-12y+78=0. Find the area of the square.

If two sides of a square are along 5x-12y+26=0 and 5x-12y-65=0 then find its area.

If two sides of a square are along 5x-12y + 26 = 0 and 5x-12y-65 = 0 then find its area.

Suppose that two opposite vertices of a square are (1,2) and (5,8) Find the equations of the sides of the square

The equations of two sides of a square are 3x+4y-5=0 and 3x+4y-15=0 . The third side has a point (6, 5) on it. Find the equation of this third side and the remaining side of the square.

The equations of two sides of a square are 3x+4y-5=0 and 3x+4y-15=0 . The third side has a point (6, 5) on it. Find the equation of this third side and the remaining side of the square.