1. Quadrilaterals

2. 1. Find the length of the midsegment of the trapezoid.

3. 2. Give the most specific name for the quadrilateral. Explain.

4. 3. Give the most specific name for the quadrilateral. Explain.

5. 4. Classify the special quadrilateral. Explain your reasoning
4. Classify the special quadrilateral. Explain your reasoning. Then find the values of x and y.

6. 5. Give the most specific name for the quadrilateral. Explain.

7. 6. Find the value of x.

8. 7. Give the most specific name for the quadrilateral. Explain.

9. 8. Give the most specific name for the quadrilateral. Explain.

10. 9. Give the most specific name for the quadrilateral. Explain.

11. 10. Give the most specific name for the quadrilateral. Explain.

12. 11. Give the most specific name for the quadrilateral. Explain.

13. 12. Give the most specific name for the quadrilateral. Explain.

14. 13. Give the most specific name for the quadrilateral. Explain.

15. 14. Give the most specific name for the quadrilateral. Explain.

16. 15. Find mF, mG, and mH.

17. 16. Find the value of x.

18. 17. Find the measure of angles B, C, and D given that ABCD is a parallelogram.

19. 18. Given the parallelogram, find the value of x and y.

20. 19. Given the parallelogram find the value of m and n.

21. 20. Classify the special quadrilateral. Explain your reasoning
20. Classify the special quadrilateral. Explain your reasoning. Then find the values of x and y.

22. 21.
The diagonals of rhombus PQRS intersect at T. Given that mRPS = 30° and RT = 6, find the indicated measure.
mQPR
mQTP RP QT

23. 22. Find the length of the midsegment of the trapezoid.

24. 23. JKLM is a kite. Find mK.

25. 24. JKLM is a kite. Find mK.

26. 25. Use the Pythagorean Theorem to find the side lengths of the kite.

27. 26. Find the value of x in the isosceles trapezoid.

28. 27. Given the kite, find the value of x.