False
Only when the rectangle is a square.
2! A rectangle has only 2 diagonals, one from the corner and the other from the corner. Also that the rectangle has 4 angles, 4 sides, 2 axes of symmetry ( DONT GET CONFUSED)
The shape that fits this description is a square. A square has four right angles, two diagonals that bisect each other at right angles, and four axes of symmetry (two horizontal and two vertical). The axes of symmetry pass through the midpoints of opposite sides and intersect at the center of the square.
A rectangle has two axes of symmetry: one horizontal and one vertical. The horizontal axis of symmetry runs through the center of the rectangle from one side to the other, dividing it into two equal halves. The vertical axis of symmetry also runs through the center of the rectangle, perpendicular to the horizontal axis, dividing it into two equal halves as well.
The quadrilateral you are referring to is called a kite. A kite is a quadrilateral with two distinct pairs of adjacent sides that are equal in length, and one pair of diagonals that are not equal in length. Additionally, a kite has two axes of symmetry, which are lines that divide the kite into two congruent halves.
No but a rectangle does have 2 lines of symmetry
Only when the rectangle is a square.
only when the rectangle is a square
a rectangle has 2 axes of symmetry
A rectangle has 2 axes of symmetry.
2! A rectangle has only 2 diagonals, one from the corner and the other from the corner. Also that the rectangle has 4 angles, 4 sides, 2 axes of symmetry ( DONT GET CONFUSED)
A rectangle has two axes of symmetry and has rotational symmetry of order 2.
The shape that fits this description is a square. A square has four right angles, two diagonals that bisect each other at right angles, and four axes of symmetry (two horizontal and two vertical). The axes of symmetry pass through the midpoints of opposite sides and intersect at the center of the square.
You are a rectangle
Yes, its diagonals make axes of symmetry. Also, you can rotate it 180° for symmetry.
It is a square
yes they are i of cause know all about math