Yes 1 of the diagonals of a kite is symmetrical
No, the diagonals are not equal.
Yes the diagonals of a kite bisect each other at 90 degrees.
A kite is called a quadrilateral that has two adjacent sides of equal length and the other two sides of equal in length. If the kite ABCD has AB = AD and CB = CD, then diagonals AC and BD are perpendiculars and AC bisects BD. Let AC = 28 ft, and BD = 13 ft. Let say that the two diagonals intersect each other at the point E. In the kite ABCD, we have two congruent triangle, the triangle ABC and the triangle ADC, where the diagonal AC is the common base, BE and DE are their altitudes. Since AC bisect BD, we are able to find the area of the kite, which is equal to 2 times the area of one of these congruent triangles. Let's find it: Area of the triangle ABC: AC = 28 ft and BE = 6.5 ft (13/2) A = (1/2)(AC)(BE) = (1/2)(28)(6.5) = 91 ft^2 Thus the area of the kite is 182 ft^2 (2 x 91).
The area of a kite is diaginal 1 x diaginal 2 then you divide by 2
A=1/2d1d2
The area of a quadrilateral kite is 0.5 times the product of its diagonals.
product of diagonals/2
Area of a kite in square units = 0.5 times the product of its diagonals
Multiply the two 'diagonals' and divide by 2. See related link.
A Hexagonal Kite can be deduced to a rectangle of an area equal to 0.75 Kite diagonals * sqrt (3/4) Kite diagonals = 400 square meters. Therefore, diagonal = sqrt ( 400 / ( 3/4 * sqrt(3/4) ) ) meters =~ 24.816 meters
Area of a kite in square units = 0.5 times the product of its diagonals
Yes 1 of the diagonals of a kite is symmetrical
No, the diagonals are not equal.
1) Diagonals intersect at right angles. 2) The diagonal bisecting the angle between the two longer sides also bisects the other diagonal. 3 The area of a kite = the product of both diagonals ÷ 2.
A kite has two diagonals. To see a drawing that makes it perfectly clear, use the link below.A 4 sided quadrilateral kite has 2 diagonals
Because in both cases their diagonals cross at right angles So their areas are: 0.5*product of diagonals