1. By Hannah Vick 5th hour 12/30/2011
Geometry Scrapbook
By Hannah Vick
5th hour
12/30/2011

2. Table of Contents Parallel lines- page 1 Two congruent objects- page 2
Vertical angles- page 3
Perpendicular lines- page 4
Intersecting lines- page 5
Supplementary angles- page 6
Corresponding angles- page 7
Adjacent- page 8
Obtuse angle- page 9
Regular polygon- page 10
Vertex angle- page 11
Isosceles triangle- page 12
Right triangle- page 13
Hypotenuse- page 14
Pythagoras-page 15

3. Parallel Lines Parallel lines- lines that do not intersect
If thee lines in my picture were not parallel, then the bracelet would have a squiggly line design

4. Two Congruent Objects
Two congruent objects-two objects that have the same length, distant and shape
On e earring would be smaller than the other

5. Vertical Lines
Vertical angles- angles that are opposite each other when lines cross
I think the put vertical angles in because it makes the dress more interesting to look at

6. Perpendicular Lines Perpendicular lines- lines that intersect to 90°
If the lines were not perpendicular, the measure would not be 90

7. Intersecting Lines Intersecting lines- the points where lines meet
If the lines did not intersect then they would be parallel

8. Supplementary Angles
Supplementary angles- angles that put together adds up to 180°
They would not add up to 180

9. Corresponding Angles
Corresponding angles are created where a transversal crosses other (usually parallel) lines. The corresponding angles are the ones at the same location at each intersection.

10. Adjacent
Adjacent- having a common side or angle

11. Obtuse angle
Obtuse angle- less then 180° but more then 90°

12. Regular polygon
Regular polygon- a polygon with all side equal

13. Vertex Angle
The angle associated with a vertex

14. Isosceles Triangle
Isosceles triangle- a triangle with two equal sides

15. Right Triangle
Right triangle- a triangle with 90° angle

16. Hypotenuse
Hypotenuse- the lognest side of a right triangle

17. Pythagoras
Pythagoras-the square of the hypotenuse is equal to the sum of the squares of the other two sides