All ACT Math Resources
Example Questions
Example Question #51 : Kites
A kite has a side length of and another side length of
. Find the perimeter of the kite.
By definition a kite must have two sets of equivalent sides. Since we know that this kite has a side length of and another side with a length of
, each of these two sides must have one equivalent side.
The perimeter of this kite can be found by applying the formula:
Note, though, that does not appear as an answer choice. Thus, convert
into
by:
Example Question #51 : Quadrilaterals
A kite has a side length of and another side length of
. Find the perimeter of the kite.
a kite must have two sets of equivalent sides. Since we know that this kite has a side length of and another side with a length of
, each of these two sides must have one equivalent side.
The perimeter of this kite can be found by applying the formula:
Note: the correct solution can also be found by:
Example Question #52 : Quadrilaterals
A kite has a side length of and another side length of
. Find the perimeter of the kite.
A kite must have two sets of equivalent sides. Since we know that this kite has a side length of and another side length of
, each of these two sides must have one equivalent side.
The perimeter of this kite can be found by applying the formula:
Example Question #51 : Quadrilaterals
Find the area of a kite with the diagonal lengths of and
.
Write the formula to find the area of a kite. Substitute the diagonals and solve.
Example Question #2 : How To Find The Area Of A Kite
Find the area of a kite with diagonal lengths of and
.
Write the formula for the area of a kite.
Plug in the given diagonals.
Pull out a common factor of two in and simplify.
Use the FOIL method to simplify.
Example Question #1 : How To Find The Area Of A Kite
Find the area of a kite if one diagonal is long, and the other diagonal is
long.
The formula for the area of a kite is
Plug in the values for each of the diagonals and solve.
Certified Tutor
All ACT Math Resources
