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They are similar to each other by ratio and angles
No. A triangle has 3 of each, whereas a square has 4 of each.
They each have 3 interior angles that add up to 180 degrees They each have 3 exterior angles that add up to 360 degrees They each have 3 sides They are 2 dimensional shapes They have perimeters They have areas
A square, a rhombus and a kite all have diagonals that are perpendicular and meet each other at right angles.
Opposite angles are congruent in any pair of intersecting lines, such as those formed by two straight lines crossing each other. When two lines intersect, they create four angles, and the angles that are opposite each other (vertical angles) are always equal in measure. This property holds true regardless of the angle sizes, making vertical angles congruent in all cases of intersection.
pentagon
They are similar to each other by ratio and angles
They are similar to each other by ratio and angles
No. A triangle has 3 of each, whereas a square has 4 of each.
All 4 sided shapes each equal to 360 degrees in angles
If you mean the Mathematic angles, one is that they can all be put together to form shapes.
They each have 3 interior angles that add up to 180 degrees They each have 3 exterior angles that add up to 360 degrees They each have 3 sides They are 2 dimensional shapes They have perimeters They have areas
A square, a rhombus and a kite all have diagonals that are perpendicular and meet each other at right angles.
With 2 acute and 2 obtuse angles it has 4 angles - the shape is a quadrilateral. The shape can be one of trapezium, parallelogram, rhombus, kite or a general quadrilateral. With the two acute angles next to each other (forcing the two obtuse angles to be next to each other) the shape can be either a trapezium or a general quadrilateral.
A square will have 4 sides that are all the same length, and 4 angles that are 90 degrees each. Other shapes will have 4 sides, but they may be of different lengths. Other shapes will have 4 equal sides, but not 4 angles of 90 degrees.
Opposite angles are congruent in any pair of intersecting lines, such as those formed by two straight lines crossing each other. When two lines intersect, they create four angles, and the angles that are opposite each other (vertical angles) are always equal in measure. This property holds true regardless of the angle sizes, making vertical angles congruent in all cases of intersection.
There is no specific name for such shapes.