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Mathematics Geometry Standard 13 |
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Students prove relationships between angles in polygons
using properties of complementary, supplementary,
vertical, and exterior angles.
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Geometry Larson/Boswell/Stiff, 1995, D.C. Heath and Company Section References 4.1 Exploring Congruent Triangles 4.2 Angles of a Triangle 4.3 Proving that Triangles
4.4 More Ways to Prove
4.5 Using Congruent
4.6 Isosceles Triangles and Right Triangles 4.7 Extended Application: Constructions 5.1 Exploring Parts of Triangles 5.2 Special Segments in a Triangle 5.3 Midsegment Theorem 6.1 Exploring Polygons 6.2 Angles of Polygons 6.3 Properties of Parallelograms 6.4 Proving Quadrilaterals
6.5 Special Parallelograms 6.6 Trapezoids 6.7 Extended Applications: Congruence and Kites Software Measurement in Motion, Learning in Motion 1996
Specific Textbook
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State/National Math
Calif. Dept. of Ed. Standards, Assessment, Ed. Reference. Calculator Reference Site http://www.ti.com/
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Previously Published Data 1.) Students will draw several polygons, record
the number of sides and the sum of the measures of the interior angles,
and find the formula for the sum of the angles, given the number of sides.
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Previously Published Data 1.) Students will find the sum of the interior
angles, given the number of sides.
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