All Intermediate Geometry Resources
Example Questions
Example Question #311 : Plane Geometry
Using the kite shown above, find the length of side
To find the missing side of this kite, work backwards using the formula:
, where and represent the length of one side from each of the two pairs of adjacent sides.
The solution is:
Example Question #2 : How To Find The Length Of The Side Of A Kite
Using the kite shown above, find the length of side . (Note, the perimeter of this kite is equal to feet).
To find the missing side of this kite, work backwards using the formula:
, where and represent the length of one side from each of the two pairs of adjacent sides.
The solution is:
Example Question #1 : How To Find The Length Of The Side Of A Kite
Ms. Dunn has a kite shaped backyard with a perimeter of yards. One pair of adjacent sides of the kite-shaped backyard each have lengths of yard. What is the measurement for one of the other two sides of the kite-shaped backyard?
To find the missing side of this kite, work backwards using the formula:
, where and represent the length of one side from each of the two pairs of adjacent sides.
The solution is:
Example Question #1 : How To Find The Length Of The Side Of A Kite
A kite has a perimeter of mm. One pair of adjacent sides of the kite have lengths of mm. What is the measurement for one of the other two sides of the kite?
To find the missing side of this kite, work backwards using the formula:
, where and represent the length of one side from each of the two pairs of adjacent sides.
The solution is:
Example Question #4 : How To Find The Length Of The Side Of A Kite
Using the above kite, find the length of side .
To find the missing side of this kite, work backwards using the formula:
, where and represent the length of one side from each of the two pairs of adjacent sides.
The solution is:
Example Question #1 : How To Find The Length Of The Side Of A Kite
The lengths of the non-adjacent sides of a kite have the ratio . If the longer sides have a length of cm, what is the length of each of the shorter two sides?
The sides have the ratio , thus the longer sides must be times greater than the smaller sides.
Since the longer sides are cm, the shorter sides must be:
Example Question #151 : Quadrilaterals
A kite has a perimeter of mm. One pair of adjacent sides of the kite have lengths of mm. What is the measurement for one of the other two sides of the kite?
To find the missing side of this kite, work backwards using the formula:
, where and represent the length of one side from each of the two pairs of adjacent sides.
The solution is:
Example Question #152 : Quadrilaterals
Find the longest side of the kite that is shown above.
To find the missing side of this kite, work backwards using the formula:
, where and represent the length of one side from each of the two pairs of adjacent sides.
The solution is:
Example Question #153 : Quadrilaterals
A kite has a perimeter of feet. One pair of adjacent sides of the kite have lengths of foot each. What is the measurement for one of the other two sides of the kite?
To solve this problem use the formula , where and represent the length of one side from each of the two pairs of adjacent sides.
The solution is:
Make the first fraction into an improper fraction. Then find the reciprocal of the denominator and switch the operation sign:
Example Question #11 : How To Find The Length Of The Side Of A Kite
Given: Regular Pentagon with center . Construct segments and to form Quadrilateral .
True or false: Quadrilateral is a kite.
False
True
True
Below is regular Pentagon with center , a segment drawn from to each vertex - that is, each of its radii drawn.
A kite is a quadrilateral with two sets of congruent adjacent sides, with the common length of one pair differing from that of the other. A regular polygon has congruent sides, so ; also, all radii of a regular polygon are congruent, so . It follows by definition that Quadrilateral is a kite.
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