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p.904 #4 – 48 mod4. ANSWERS. ______ _______. next. p. 904. next. 4. MB = LN. 6. A (0, 0); B (0, 4), C (4, 0). 8. A (0, 0); B (0, 5), C (5, 5); D (5, 0). 10. x = 4 ; AB = 11. 12. x = 4 ; AB = 39. 14. x = 2 ; LJ = 20 16. JP = 24.
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p.904 #4 – 48 mod4 ANSWERS ______ _______ next
p. 904 next 4. MB = LN 6. A(0, 0); B(0, 4), C(4, 0) 8. A(0, 0); B(0, 5), C(5, 5); D(5, 0) 10. x = 4; AB = 11 12. x = 4; AB = 39 14. x = 2; LJ = 20 16. JP = 24 18. 32° 20. LM = 13 22. Yes, x = 4 by ASA thrm 24. TF = 21 26. DS = 25.5
p. 904 next 10. x = 4; AB = 11 12. x = 4; AB = 39 14. x = 2; LJ = 20 16. JP = 24 18. 32° 20. LM = 13 22. Yes, x = 4 by ASA thrm 24. TF = 21 26. DS = 25.5 28. Altitude 30. Median 32. Perpendicular and Angle Bisector
p. 904 next 22. Yes, x = 4 by ASA thrm 24. TF = 21 26. DS = 25.5 28. Altitude 30. Median 32. Perpendicular and Angle Bisector 38. 11ft < l < 37ft 40. 5in< l < 29in • 0ft < l < 12ft 44. VU<ST • (Hinge Thrm)
p. 904 next 32. Perpendicular and Angle Bisector 38. 11ft < l < 37ft 40. 5in< l < 29in • 0ft < l < 12ft 44. VU<ST • (Hinge Thrm) 46. m1 =m248. BC<DE (SSS ) (Hinge Thrm)
p. 904 next 38. 11ft < l < 37ft 40. 5in< l < 29in • 0ft < l < 12ft 44. VU<ST • (Hinge Thrm) 46. m1 =m248. BC<DE (SSS ) (Hinge Thrm) 50. m3 >m4 (Hinge Thrm (converse)) Questions???
p.906 #4–36 mod4 ANSWERS Geometry
p.906 next 4] 45°, 54°, 81° 8] a = 8 12]t= 19 16] 20] AB = 15; 24] x = 67.4 so CA = 25 y = 39 z = 5 28] Similar; PQR ~ WUV; use the Angle Sum Thrm. for mU = 63°; then AA ~ Post.
p.906 next 20] AB = 15;24] x = 67.4 so CA =25y = 39 z = 5 28] Similar; PQR ~ WUV; use the Angle Sum Thrm. for mU = 63°; then AA ~ Post. 36] x = 20
p.907 next 28] Similar; PQR ~ WUV; use the Angle Sum Thrm. for mU = 63°; then AA ~ Post. 36] x = 20 Questions???
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