Kite
Pronunciation: /kaɪt/ Explain
Click on the blue points and drag them to change the figure.
| Manipulative 1 - Kite Created with GeoGebra. |
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A kite is a quadrilateral with two sets of
adjacent,
congruent
sides.
Properties of a Kite
- All kites are quadrilaterals.
- The area of a kite is
where p is the length of one diagonal and q is the
length of the other diagonal. See manipulative 1.
- The
diagonals
of a kite are
perpendicular.
- Opposite
vertices
of a kite are congruent.
- An incircle can be inscribed into any convex kite.
- One of the diagonals of a convex kite divides the kite into two
isosceles triangles.
The other diagonal of a convex kite divides the kite into
two congruent triangles.
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Construction of the Incircle of a Kite
Step | Diagram | Description |
1 |  | Start with a convex kite. |
2 |  | Construct the angular bisector of one of the angles connecting congruent sides. |
3 |  | Construct the angular bisector of one of the angles connecting non-congruent sides. |
4 |  | Label the intersection of bisectors from steps 2 and 3 as O. |
5 |  | Construct a line through O perpendicular to one of the sides. |
6 |  | Label the intersection of the line constructed in step 5 with the side to which it is perpendicular as P. |
7 |  | Construct a circle with center O and radius OP. |
Table 1 |
Image | Description |
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This tessellation using kites is called a
deltoidal trihexagonal tiling.
To construct this tessellation, divide each hexagon into six kites by
drawing a segment from the midpoint of each side to the center. Then
tesselate the divided hexagon so that three hexagons share each vertex.
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A deltoidal icositetrahedron is a polyhedron whose faces are
kites. Click to print a
net of a deltoidal icositetrahedron
to cut out and paste together.
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A deltoidal hexecontrahedron is a polyhedron whose faces are kites.
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References
- McAdams, David E.. All Math Words Dictionary, kite. 2nd Classroom edition 20150108-4799968. pg 105. Life is a Story Problem LLC. January 8, 2015. Buy the book
More Information
- McAdams, David E.. Kite. lifeisastoryproblem.com. Life is a Story Problem LLC. 8/7/2018. http://www.lifeisastoryproblem.com/explore/kite.html.
Cite this article as:
McAdams, David E. Kite. 12/21/2018. All Math Words Encyclopedia. Life is a Story Problem LLC. https://www.allmathwords.org/en/k/kite.html.
Image Credits
Revision History
12/21/2018: Reviewed and corrected IPA pronunication. (
McAdams, David E.)
8/29/2018: Corrected spelling. (
McAdams, David E.)
8/7/2018: Removed broken links, updated license, implemented new markup, implemented new Geogebra protocol. (
McAdams, David E.)
3/4/2010: Added "References", Geometric figure made from kites. (
McAdams, David E.)
12/13/2008: Added vocabulary links, properties of a kite, and construction of the incircle of a kite. (
McAdams, David E.)
9/16/2008: Initial version. (
McAdams, David E.)