Do this question yourself
Yes.
In a kite, the diagonals intersect at right angles, and one of the diagonals bisects the other. The ratio of the lengths of the diagonals can vary depending on the specific dimensions of the kite, but generally, the longer diagonal (which connects the vertices of the unequal angles) is greater than the shorter diagonal (which connects the vertices of the equal angles). There isn't a fixed ratio applicable to all kites, as it depends on their specific dimensions.
Not necessarly. If the sum of two of the sides congruent to each other are greater than that of the sides opposite them, then no. If however the kite forms a rombus ot square, the diagnoles will form four congruent triangles with the base of both being the line of symmetry.
Any polygon with more than 4 sides.
A kite has two pairs of sides with the same length, where each pair is connected by a corner. For example, a quadrilateral with sides 4-4-5-5 would be a kite. A rhombus is a special kind of kite, with all sides equal. And a square is a special kind of rhombus with four right angles. So every square is a kite, but not every kite is a square.
Yes.
squares,rectangles,regular pentagons
yes
In a kite, the diagonals intersect at right angles, and one of the diagonals bisects the other. The ratio of the lengths of the diagonals can vary depending on the specific dimensions of the kite, but generally, the longer diagonal (which connects the vertices of the unequal angles) is greater than the shorter diagonal (which connects the vertices of the equal angles). There isn't a fixed ratio applicable to all kites, as it depends on their specific dimensions.
Well, honey, let me drop some knowledge on you. In a rectangle, the diagonals are indeed longer than the sides, thanks to good ol' Pythagoras and his theorem. But in a square, the diagonals are the same length as the sides because all sides are equal. So, it really depends on the shape you're working with.
Not necessarly. If the sum of two of the sides congruent to each other are greater than that of the sides opposite them, then no. If however the kite forms a rombus ot square, the diagnoles will form four congruent triangles with the base of both being the line of symmetry.
The shape that fits this description is a kite. A kite has two pairs of equal sides, with one pair longer than the other. It also has one line of symmetry, which divides the kite into two equal halves. Additionally, a kite has one pair of equal angles, formed by the intersection of the longer sides.
Any quadrilateral other than a square or kite could have diagonals meeting at 30 degrees.
No but they are both quadrilaterals.
A general quadrilateral or a kite.
Any polygon with more than 4 sides.
A polygon shaped like an arrow is typically a quadrilateral known as a kite. A kite has two pairs of adjacent sides that are equal in length, with one pair being longer than the other. The longer pair of sides form the "wings" of the kite, while the shorter pair form the "tail." Kites are unique in that they are not always symmetric like other quadrilaterals such as squares or rectangles.