Kites and Trapezoids

If ZX = 20 and TY = 15, find WT.

• 20

• 5

• 15

• 35

If QR = 16, TS = 4x, and PM = 12, find x.

• 8

• 12

• 16

• 2

If QR = 2x+4, TS = 3x-8, and PM = x+10, find PM.

• 18

• 8

• 16

• 20

• Belinda is correct because <B is congruent to <D and all 4 angles must total 360 degrees.

• Bedagi is correct because consecutive angles are congruent in a kite.

• Belinda is correct because consecutive angles are supplementary in a kite.

• Neither is correct because <A is 100 degrees.

• 74

• 105

• 76

• 31

• 101

• 79

• 50.5

• 39.5

If WXYZ is a kite, find YZ.

• 13

• 89

• About 9.4

• About 6.2

If ABCD is a kite and WZ = 25 and WU = 7, find UZ.

• 15.5

• 12

• 14

• 24

WXYZ is a kite. If m\angle WXY\ =\ 3x+5, m\angle WZY\ =\ 80 and m\angle ZWX\ =\ 7x+10, find m\angle ZYX

• 15

• 115

• 80

• 50

Solve for angle 1 in the isosceles trapezoid.