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What shape has 4 right angles 2 diagonals and 4 axes of symmetry?
Well, honey, that sounds like a rectangle to me. It's got those four right angles, two diagonals for days, and don't forget those four axes of symmetry. So, if you're looking for a shape that fits that description, you've hit the jackpot with a good ol' rectangle.
What shape has four right angles but only two lines of symmetry?
A rectangle. Obviously the right angles are in the four corners of the rectangle. The lines of symmetry occur across the horizontal and vertical. There are no lines of symmetry on the diagonal.
What shape has five lines of symmetry no right angles or obtuse angles and all sides of equal length?
octagon
What shape has two pairs of equal sides. But no right angles Its diagonals do not cross at 90 degrees?
A parallelogram
What shape has 2 congruent diagonals that do not bisect?
A trapezoid Trapezoid - 2 congruent diagonals that do not bisect each other. No right angles and has 1 pair of opposite parallel sides.
Do diagonals of the shape rectangle cross at right angles?
The diagonals of a rectangle do not cross at right angles
What shape has 4 right angles 2 diagonals and 4 axes of symmetry?
Well, honey, that sounds like a rectangle to me. It's got those four right angles, two diagonals for days, and don't forget those four axes of symmetry. So, if you're looking for a shape that fits that description, you've hit the jackpot with a good ol' rectangle.
What Quadrilateral that has two lines of symmetry that are diagonals?
The quadrilateral that has two lines of symmetry that are diagonals is a rhombus. In a rhombus, the diagonals bisect each other at right angles and serve as lines of symmetry. Each diagonal divides the rhombus into two congruent triangles, reflecting the shape across the diagonal. This property gives the rhombus its two lines of symmetry.
What shape has diagonals bisect each other but are different lengths the diagonals do not meet at right angles and the angles are not right angles?
Kite* * * * *No. On two counts:Only one of the diagonals is bisected.They meet at right angles.The correct answer is a parallelogram.
Do diagonals of the shape square cross at right angles?
Yes.
Do diagonals of the shape kite cross at right angles?
Yes
What quadrilateral has no rotational symmetry but has perpendicular diagonals?
A kite is a quadrilateral that has no rotational symmetry but features perpendicular diagonals. In a kite, the diagonals intersect at right angles, but the shape does not exhibit rotational symmetry since it cannot be rotated to match itself at any angle other than a full 360 degrees. Thus, the unique properties of a kite fit the criteria specified.
What is a 4 sided shape no right angles no pairs of parallel sides and your diagonals intersect at right angles?
A kite.
What quadrilateral has equal sides and no right angles?
A quadrilateral with equal sides and no right angles is called a rhombus. In a rhombus, all four sides are of the same length, but the angles can vary, typically being oblique (either acute or obtuse) rather than right angles. This shape maintains symmetry and has diagonals that bisect each other at right angles, but the angles themselves are not right angles.
Which quadrilaterals have diagonals that intersect at right angles outside the shape?
Well, honey, that would be rectangles. Those four-sided figures have diagonals that are equal in length and intersect at right angles outside the shape. So, if you're looking for a shape with some perpendicular diagonal action, rectangles are where it's at.
What shape has 5 lines of symmetry and no right angles?
a pentagon
How would you describe the attributes of a Square?
A square is a regular quadrilateral with four equal sides and four right angles, each measuring 90 degrees. It exhibits symmetry along both its diagonals and midpoints of opposite sides. Additionally, the diagonals of a square are equal in length, bisect each other at right angles, and serve as lines of symmetry. Overall, the square is a fundamental shape in geometry, representing balance and uniformity.
