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DalynK
| Question | Answer |
|---|---|
| Acute Angles | An angle that is less than 90 degrees |
| Congruent Angles | Angles that are the same to each other |
| Coplanar | Points and lines on the same planes |
| Midpoint | A point that divides a segment into two congruent segments. It BISECTS the segment. |
| Perpendicular Lines | Lines that intersect to form right angles |
| Ray | A part of a line that consists of an intial point and all points on the line that lie on the side of the point |
| Space | Boundless 3-dimensional set of all points |
| Angle | Two rays connected at their endpoints where they connect is the VERTEX |
| Congruent Segments | two segments with the same length |
| Counterexample | enough information to disapprove a conjecture |
| Obtuse Angle | An angle more then 90 degrees |
| Plane | Flat surface that has no thickness, it extends without and in ALL directions |
| Right Angle | An angle that is exactly 90 degrees |
| Angle Bisector | Cuts and angle into two congruent angles |
| Conjecture | Is a conclusion reached through inductive reasoning |
| Inductive Reasoning | Is reasoning based on observed petterns |
| Opposite Rays | Start at the same point....and go in different directions |
| Point | Has no length, width, or thickness but has a position |
| Segment | A portion of a line between two points called end points |
| Collinear Points | Points that lie on the same line |
| Coordinate | A number that is associated with a point on a line |
| Line | Has no length, width, or thickness. It extends without ends in two directions |
| Parallel Lines | Lines that never meet |
| Postulate | The distance between any two points on a number line is the absolute value of the difference of the corresponding numbers |
| Skew Lines | Are noncoplanar lines. Therefore, they are not parallel and do not intersect |