Objectives:
find and use the sum of the measures of the interior angles of a polygon.
Find and use the sum of the measures of the exterior angles of a polygon.
recognize and apply the properties of the sides and angles of parallelograms
recognize and apply the properties of the diagonals of parallelograms
recognize the conditions that ensure a quadrilateral is a parallelogram
prove that a set of points form a parallelogram in the coordinate plane
recognize and apply properties of rectangles
determine whether parallelograms are rectangles
recognize and apply properties of rhombi and squares
determine whether quadrilaterals are rectangles, rhombi, squares,
recognize and apply the properties of trapezoids, including the medians of trapezoids
recognize and apply the properties of kites

Define the (vocabulary) in your notebooks, include examples
Please feel free to write down/download the powerpoint presentations or use the book in conjunction with the videos
**IF needed: Print out the following chart to help organize the information: http://i.stack.imgur.com/hmFF1.png

Lesson 6.1 (diagonal, polygon interior angle sum, polygon exterior angle sum)
http://youtu.be/caspFRZfWeI

Classwork (12-37)

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Lesson 6.2 (All four properties of parallelograms, Two theorems involving diagonals of parallelograms)
http://youtu.be/gNRfpgM-LQs

Classwork (9-25, 42-62)

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Lesson 6.3 (All four condition of parallelograms, an example involving parallelograms and coordinate geometry)
http://youtu.be/8SzVVOp-KAE

Classwork (9-29, 41-43)

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Lesson 6.4 (rectangle,the two theorem on the diagonals of a rectangle, an example involving rectangles and coordinate geometry, )

Classwork (10-25,46-64)

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Lesson 6.5 (rhombus,the two theorem on the diagonals of a rhombus, the four conditions for rhombi and squares) Please note: Rhombi is the plural of rhombus
http://youtu.be/M_6LhZgrdL8

Classwork (7-22, 49-65)

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Lesson 6.6 (trapezoid, bases, legs, base angles, isosceles trapezoid, the three theorems for isosceles trapezoid,  trapezoid midsegment theorem, kite, the two theorems for kites)
http://youtu.be/4o66X9j3ffE

Classwork (8-27,67-84)

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TEST (6.1-6.6)