Kite

Kite LMNO is shown.
Solve for x.

• 90

• 180

• 60

• 75

Kite LMNO is shown.
Solve for x.

• 32

• 148

• 90

• 58

Kite LMNO is shown.
Solve for x.

• 28

• 59

• 118

• 31

In a kite, are the DIAGONALS congruent? (picture it...)

• Yes!

• No.

In a kite, just ONE pair of opposite angles are congruent.

• Yes!

• No.

In a kite, ONE diagonal is bisected. (think about it... picture it)

• Yes!

• No.

Find the value of x and y in the kite

• x=55 y=35

• x=35 y=55

• x=145 y=35

• x=75 y=35

Find the value of x and y on the kite.

• x=12 y=6

• x=6 y=12

• x=24 y=12

• x=12 y=24

What is the area of the kite? Remember to find the diagonals first. \frac{d1\cdot d2}{2}

• 105 cm²

• 52.5 cm²

• 210 cm²

• 102 cm²

• 17 in

• 136 in²

• 272 in²

• 144 in²