Show that >(n+1) for the values a 3,4, and 5. Then show that the values n-1...

  

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Show that ">(n+1)" for the values a 3,4, and 5. Then show that the values n-1 and n-2 are counterexamples to the conjecture that > (n+1)". ( Sketch the points, lines, segments, planes, and rays. (Lesson 1.2) 9. Draw four collinear points A, B, C, and D. 10. Draw two opposite rays MN and MP. 11. Draw a plane that contains two intersecting lines. 12. Draw three points E. F. and G that are coplanar, but are not collinear. 13. Draw two points, R and S. Then sketch RS. Add a point T on the ray so that Sis between R and T. In the diagram of the collinear points, AE 24, C is the midpoint of AE, AB=8, and DE=5. Find each length. (Lesson 1.3) 14. BC 15. AD 16. BD 17. AC 18. CD 19. BE Show that ">(n+1)" for the values a 3,4, and 5. Then show that the values n-1 and n-2 are counterexamples to the conjecture that > (n+1)". ( Sketch the points, lines, segments, planes, and rays. (Lesson 1.2) 9. Draw four collinear points A, B, C, and D. 10. Draw two opposite rays MN and MP. 11. Draw a plane that contains two intersecting lines. 12. Draw three points E. F. and G that are coplanar, but are not collinear. 13. Draw two points, R and S. Then sketch RS. Add a point T on the ray so that Sis between R and T. In the diagram of the collinear points, AE 24, C is the midpoint of AE, AB=8, and DE=5. Find each length. (Lesson 1.3) 14. BC 15. AD 16. BD 17. AC 18. CD 19. BE