find the equations of sides of the square passing through this vertex lf one diagonal of a square is along the line `8x-15y=0` and one of its vertex is at `(1,2)`,then

One diagonal of a square is 3x-4y+8=0 and one vertex is (-1,1), then the area of square is

One diagonal of a square is 3x-4y+8=0 and one vertex is (-1,1), then the area of square is

One diagonal of a square is 3x-4y+8=0 and one vertex is (-1,1), then the area of square is

One diagonal of a square is 3x-4y+8=0 and one vertex is (-1,1), then the area of square is

The diagonal of a square is 15 m, find the length of its one side and perimeter.

If one diagonal of a square is along the line x=2y and one of its vertex is (3,0), then its sides through the vertex are given by the equations.-

If one diagonal of a square is along the line x=2y and one of its vertex is (3,0) , then its sides through the vertex are given by the equations -

One diagonal of a square is along the line 8x-15 y=0 and one of its vertex is (1, 2). Then the equations of the sides of the square passing through this vertex are a. 23 x+7y=9,7x+23 y=53 b. 23 x-7y+9=0,7x+23 y+53=0 c. 23 x-7y-9=0,7x+23 y-53=0 d.none of these

A vertex of a square is at the origin and its one side lies along the line 3x-4y-10=0. Find the area of the square.