A diagonal always forms an angle bisector in a square. In a rectangle, trapezoid, or any other quadrilateral, a diagonal does not always bisect the angles.
Yes and at right angles
2 diagonals bisect each other only in the case of square , parallelogram, rhombus , rectangle and isosceles trapezium ;not in ordinary quadrilaterals.
isn't it a rhombus ? the ones that are like a slanted square ? because there are no right angles but each diagonal bisects the corners.
Yes.
The diagonals of a square bisect each corner or vertex of the square.
Parallelogram is the answer you Knowas well as rectangleAlso a square, and a rhombus
A square has 2 diagonals that are equal in length and bisect each other at right angles.
A parallelogram a rectangle a square and a rhombus
Yes. In a rhombus (and in a square), the opposite angles that each diagonal connects are bisected by the diagonal.
A diagonal always forms an angle bisector in a square. In a rectangle, trapezoid, or any other quadrilateral, a diagonal does not always bisect the angles.
No. In general it does not. Only if the rectangle is, in fact, a square.
Yes, in the figure of a kite one diagonal bisects the other. They do not bisect each other.
Yes and at right angles
2 diagonals bisect each other only in the case of square , parallelogram, rhombus , rectangle and isosceles trapezium ;not in ordinary quadrilaterals.
A square, a rhombus or s kite would fit the given description
The diagonals of a square are congruent, bisect each other, perpendicular, and either diagonal's length is sqrt(2) times any side length.