Geometry Honors Crossword
Across
- 3. a line that contain a chord
- 5. the perpendicular segment from a vertex to the line containing the opposite side
- 7. a 4-sided polygon
- 9. a polygon that is both equiangular and equilateral
- 16. a 10-sided polygon
- 17. a triangle with no side congruent
- 19. the ray that divides the angle into two congruent adjacent angles
- 22. if-then statement
- 23. any smooth curve joining two points
- 25. a statement that is accepted without proof
- 27. the point that divides a segment into two different segments
- 29. a figure formed by two rays that have the same endpoint
- 32. a quadrilateral with 4 congruent sides
- 35. two lines that intersect to form right angles
- 36. a line that intersects two or more coplanar lines in different points
- 37. proving statements by reasoning from accepted postulates, definitions, theorems, and given information
- 40. to be equal or the same
- 42. the set of points in a plane that are a given distance from a given point in the plane
- 45. all in one line
- 46. an 8-sided polygon
- 48. a chord that contains the center of a circle
- 49. a kind of researching in which the conclusion is based on several past observations
- 50. two angles whose measures have the sum 90
- 51. a quadrilateral with both pairs of opposite sides parallel
Down
- 1. an angle with measure 90
- 2. a segment from a vertex to the midpoint of the opposite side
- 4. an example used to prove that an if-then statement is false
- 6. an angle with measure between 90 and 180
- 8. a quadrilateral with four right angles
- 10. an angle with measure 180
- 11. a statement that contains the words "if and only if"
- 12. two angles whose measures have the sum 180
- 13. an angle with measure between 0 and 90
- 14. all in one plane
- 15. two points on a line and all the points between them
- 18. the set of all points
- 20. a line, segment, ray, or plane that intersects the segment at its midpoint
- 21. a plane figure formed by coplanar segments (sides) such that (1) each segment intersects exactly two other segments, one at each endpoint; and (2) no segments with a common endpoint are collinear
- 24. a segment whose endpoints lie on a circle
- 26. two angles whose sides form two pairs of opposite rays
- 28. a triangle with at least two sides congruent
- 30. a quadrilateral with 4 right angles and 4
- 31. circles that lie in the same plane and have the same center
- 33. two angles in a plane that have a common vertex and a common side but no common interior points
- 34. the figure formed by three segments joining three noncollinear points
- 38. a triangle with all angles congruent
- 39. lines that are not coplanar
- 41. a statement that can be proved
- 43. a statement that can be proved easily by applying the theorem
- 44. a 5-sides polygon
- 47. a segment joining two non-consecutive vertices of a polygon