5. A=________________; p = ______________ 6. A=_________ ABCD is a rhombus with AC=18 Regular hexagon with semicircles attached 7. A=__________ 8. A=__________ Find the area of a regular nonagon with sides of length 12 cm. Round to the nearest Regular Polygon, round to the nearest tenth. tenth. 9. A=____________ 10. Given: mABC=100˚, CB = 15; A=__________; arc length = __________; probability of landing in the shaded area (exact) = __________ 11. A=_________ P = _______ probability of 12. A=___________ ΔABC is equilateral. landing in the shaded area (nearest hundredth) = BD=DC=10. mDCB = 30˚. __________ __________ 13. Find the area of an isosceles trapezoid that has 14. Find the area of MNP if m = 14, p = 16, and bases 8 cm. and 18 cm. and that has legs that are 13 mMNP = 63. Round your answer to the nearest cm. long. tenth.
5. A=________________; p = ______________ Regular hexagon with semicircles attached 6. A=_________ ABCD is a rhombus with AC=18 7. A=__________ Find the area of a regular nonagon with sides of length 12 cm. Round to the nearest tenth. 8. A=__________ Regular Polygon, round to the nearest tenth. 9. A=____________ 10. Given: mABC=100˚, CB = 15; A=__________; arc length = __________; probability of landing in the shaded area (exact) = __________ 11. A=_________ P = _______ probability of landing in the shaded area (nearest hundredth) = __________ __________ 12. A=___________ ΔABC is equilateral. BD=DC=10. mDCB = 30˚. 13. Find the area of an isosceles trapezoid that has bases 8 cm. and 18 cm. and that has legs that are 13 cm. long. 14. Find the area of MNP if m = 14, p = 16, and mMNP = 63. Round your answer to the nearest tenth.
Arc%20Length%20and%20area%20of%20sector%20problems.docx