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Does a rectangles diagonals bisect opposite angles?
No, a rectangle's diagonals do not bisect opposite angles.
Do the diagonals of a rectangle bisect vertex angles?
No, but the diagonals of a square does bisects its interior angles.
Do diagonals bisect at a Right angle in a rectangle?
No but the diagonals of a square bisect each other at right angles
Do the diagonals of rectangle bisect the opposite angles?
Not unless the rectangle is square.
Do the diagonals of a parallelogram bisect each other at a right angle?
Only for a square or rhombus (diamond shape). The diagonals of a rectangle bisect each other, but are not perpendicular and do not bisect the opposite angles they join.
Does a rectangles diagonals bisect opposite angles?
No, a rectangle's diagonals do not bisect opposite angles.
Do the diagonals in a rectangle bisect the angles?
No, but in a square they do bisect the angles
In which of these figures will the diagonals not always bisect opposite angles a square rectangle or a rhombus?
The diagonals will not always bisect opposite angles in a rectangle.
Which figure will the diagonals not always bisect opposite angles?
The diagonals will not always bisect opposite angles in the rectangle.
Do the diagonals of a rectangle bisect vertex angles?
No, but the diagonals of a square does bisects its interior angles.
Do diagonals bisect at a Right angle in a rectangle?
No but the diagonals of a square bisect each other at right angles
Do the diagonals of rectangle bisect the opposite angles?
Not unless the rectangle is square.
In which of these figures will the diagnals not always bisect opposite angles?
The diagonals will not always bisect opposite angles in the rectangle.
Does the rectangle's diagonals bisect each other?
Yes but not at right angles
Do the diagonals of a rectangle always bisect opposite angles?
Yes normally
What are the quadrileterals where the diagonals bisect the corner angles?
A square and a rectangle are two of them.
Does a rectangle have diagonals bisect?
Yes it does - they bisect each other at the exact centre of the rectangle.
