One diagonal of a square is along the line 8x-15y=0 and one of its vertex is (1,2). Then the equations of the sides of the square passing through this vertex are

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

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

If one side of the square is 2x-y+6=0, then one of the vertices is (2,1) . Find the other sides of the square.

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 center of a square is at the origin and its one vertex is A(2,1)dot Find the coordinates of the other vertices of the square.

If the equation of base of an equilateral triangle is 2x-y=1 and the vertex is (-1,2), then the length of the sides of the triangle is

One side of a rectangle lies along the line 4x+7y+5=0. Two of its vertices are (-3,1)a n d(1,1)dot Find the equations of the other three sides.

One side of an equilateral triangle is the line 3x+4y+8=0 and its centroid is at P(1,1) . Find the length of a side.

If the equation of the base of an equilateral triangle is 2x - y=1 and the vertex is (-1,2), then the length of a side of the triangle is-

A vertex of an equilateral triangle is 2,3 and the opposite side is x+y=2. Find the equations of other sides.