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Chapter 6 Review (Geo) (2009)

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Page 1: Chapter 6 Review (Geo) (2009)
Page 2: Chapter 6 Review (Geo) (2009)

LAST NIGHT’S HWLAST NIGHT’S HWLAST NIGHT’S HWLAST NIGHT’S HW

Page 3: Chapter 6 Review (Geo) (2009)

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Page 4: Chapter 6 Review (Geo) (2009)

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Page 5: Chapter 6 Review (Geo) (2009)
Page 6: Chapter 6 Review (Geo) (2009)
Page 7: Chapter 6 Review (Geo) (2009)
Page 8: Chapter 6 Review (Geo) (2009)
Page 9: Chapter 6 Review (Geo) (2009)
Page 10: Chapter 6 Review (Geo) (2009)
Page 11: Chapter 6 Review (Geo) (2009)
Page 12: Chapter 6 Review (Geo) (2009)
Page 13: Chapter 6 Review (Geo) (2009)
Page 14: Chapter 6 Review (Geo) (2009)

Chapter 6 Chapter 6 ReviewReview

Need:Need:-Notes-Notes-Conjecture List-Conjecture List

Page 15: Chapter 6 Review (Geo) (2009)

© POLYGON SUM CONJECTURE© POLYGON SUM CONJECTURE© POLYGON SUM CONJECTURE© POLYGON SUM CONJECTUREThe sum of all the angles in an n-gon (any polygon) is (n–2)180.

Page 16: Chapter 6 Review (Geo) (2009)

© EQUIANGULAR POLYGON © EQUIANGULAR POLYGON CONJECTURECONJECTURE© EQUIANGULAR POLYGON © EQUIANGULAR POLYGON CONJECTURECONJECTUREThe measure of one angle in any equiangular polygon can be found with the expression:

Page 17: Chapter 6 Review (Geo) (2009)

© POLYGON EXTERIOR ANGLE © POLYGON EXTERIOR ANGLE CONJECTURECONJECTURE© POLYGON EXTERIOR ANGLE © POLYGON EXTERIOR ANGLE CONJECTURECONJECTUREThe sum of the exterior angles in any polygon is 360 degrees

Page 18: Chapter 6 Review (Geo) (2009)

ReviewReviewReviewReview

KITEKITEKITEKITEA quadrilateral with exactly 2 pairs of distinct congruent consecutive sidesA quadrilateral with exactly 2 pairs of distinct congruent consecutive sides

Vertex Vertex AnglesAngles

Non-vertex Non-vertex AnglesAngles NO PARALLEL

SIDES!!!

Page 19: Chapter 6 Review (Geo) (2009)

OBSERVATIONSOBSERVATIONSOBSERVATIONSOBSERVATIONS

© KITE DIAGONALS CONJECTURE© KITE DIAGONALS CONJECTURE© KITE DIAGONALS CONJECTURE© KITE DIAGONALS CONJECTURE

Diagonals of a kite are perpendicular

Page 20: Chapter 6 Review (Geo) (2009)

OBSERVATIONSOBSERVATIONSOBSERVATIONSOBSERVATIONS

© KITE DIAGONAL BISECTOR CONJ.© KITE DIAGONAL BISECTOR CONJ.© KITE DIAGONAL BISECTOR CONJ.© KITE DIAGONAL BISECTOR CONJ.

The diagonal connecting the vertex angles bisectors the non-vertex angle diagonal

Page 21: Chapter 6 Review (Geo) (2009)

OBSERVATIONSOBSERVATIONSOBSERVATIONSOBSERVATIONS

© KITE ANGLES CONJECTURE© KITE ANGLES CONJECTURE© KITE ANGLES CONJECTURE© KITE ANGLES CONJECTURE

Non-vertex angles of a kite are congruent

Page 22: Chapter 6 Review (Geo) (2009)

OBSERVATIONSOBSERVATIONSOBSERVATIONSOBSERVATIONS

© KITE ANGLE BISECTOR CONJECTURE© KITE ANGLE BISECTOR CONJECTURE© KITE ANGLE BISECTOR CONJECTURE© KITE ANGLE BISECTOR CONJECTUREThe vertex angles of a kite are bisected by the vertex diagonal

Page 23: Chapter 6 Review (Geo) (2009)

ReviewReviewReviewReview

TRAPEZOIDTRAPEZOIDTRAPEZOIDTRAPEZOIDA quadrilateral with exactly one pair of parallel sidesA quadrilateral with exactly one pair of parallel sides

Base Base AnglesAngles

Base Base AnglesAngles

BaseBase11

BaseBase22

Page 24: Chapter 6 Review (Geo) (2009)

ReviewReviewReviewReview

TRAPEZOIDTRAPEZOIDTRAPEZOIDTRAPEZOIDA quadrilateral with exactly one pair of parallel sidesA quadrilateral with exactly one pair of parallel sides

Page 25: Chapter 6 Review (Geo) (2009)

OBSERVATIONSOBSERVATIONSOBSERVATIONSOBSERVATIONS

© TRAPEZOID CONSECUTIVE ANGLE © TRAPEZOID CONSECUTIVE ANGLE CONJECTURECONJECTURE© TRAPEZOID CONSECUTIVE ANGLE © TRAPEZOID CONSECUTIVE ANGLE CONJECTURECONJECTUREConsecutive angles between bases are supplementary

Page 26: Chapter 6 Review (Geo) (2009)

OBSERVATIONSOBSERVATIONSOBSERVATIONSOBSERVATIONS

© ISOSCELES TRAPEZOID CONJECTURE© ISOSCELES TRAPEZOID CONJECTURE© ISOSCELES TRAPEZOID CONJECTURE© ISOSCELES TRAPEZOID CONJECTUREBase angles in an isosceles trapezoid are congruent

Page 27: Chapter 6 Review (Geo) (2009)

OBSERVATIONSOBSERVATIONSOBSERVATIONSOBSERVATIONS

© ISOSCELES TRAPEZOID DIAGONAL © ISOSCELES TRAPEZOID DIAGONAL CONJECTURECONJECTURE© ISOSCELES TRAPEZOID DIAGONAL © ISOSCELES TRAPEZOID DIAGONAL CONJECTURECONJECTURE

Diagonals in an isosceles trapezoid are congruent

Page 28: Chapter 6 Review (Geo) (2009)

OBSERVATIONSOBSERVATIONSOBSERVATIONSOBSERVATIONS

© TRIANGLE MIDSEGMENT CONJECTURE© TRIANGLE MIDSEGMENT CONJECTURE© TRIANGLE MIDSEGMENT CONJECTURE© TRIANGLE MIDSEGMENT CONJECTUREThe midsegment is parallel to the third side and half the length of the third.

Page 29: Chapter 6 Review (Geo) (2009)

OBSERVATIONSOBSERVATIONSOBSERVATIONSOBSERVATIONS

© TRAPEZOID MIDSEGMENT CONJECTURE© TRAPEZOID MIDSEGMENT CONJECTURE© TRAPEZOID MIDSEGMENT CONJECTURE© TRAPEZOID MIDSEGMENT CONJECTUREThe midsegment of a trapezoid is parallel to the bases and its length is the average of the two bases.

Page 30: Chapter 6 Review (Geo) (2009)

ReviewReviewReviewReview

PARALLELOGRAMPARALLELOGRAMPARALLELOGRAMPARALLELOGRAMA quadrilateral with 2 pairs of opposite sides that are parallel.A quadrilateral with 2 pairs of opposite sides that are parallel.

Opposites sides are parallel

Page 31: Chapter 6 Review (Geo) (2009)

ReviewReviewReviewReview

PARALLELOGRAMPARALLELOGRAMPARALLELOGRAMPARALLELOGRAMA quadrilateral with 2 pairs of opposite sides that are parallel.A quadrilateral with 2 pairs of opposite sides that are parallel.

Opposites sides are congruent

Page 32: Chapter 6 Review (Geo) (2009)

ReviewReviewReviewReview

PARALLELOGRAMPARALLELOGRAMPARALLELOGRAMPARALLELOGRAMA quadrilateral with 2 pairs of opposite sides that are parallel.A quadrilateral with 2 pairs of opposite sides that are parallel.

Opposites angles are congruent

Page 33: Chapter 6 Review (Geo) (2009)

ReviewReviewReviewReview

PARALLELOGRAMPARALLELOGRAMPARALLELOGRAMPARALLELOGRAMA quadrilateral with 2 pairs of opposite sides that are parallel.A quadrilateral with 2 pairs of opposite sides that are parallel.

Consecutive angles are supplementary

Page 34: Chapter 6 Review (Geo) (2009)

ReviewReviewReviewReview

PARALLELOGRAMPARALLELOGRAMPARALLELOGRAMPARALLELOGRAMA quadrilateral with 2 pairs of opposite sides that are parallel.A quadrilateral with 2 pairs of opposite sides that are parallel.

Diagonals bisect each other

Page 35: Chapter 6 Review (Geo) (2009)

What is a Parallelogram?What is a Parallelogram? Opposite sides are Opposite sides are

parallelparallel Opposite sides are Opposite sides are

congruentcongruent Opposite angles are Opposite angles are

equalequal Consecutive angles Consecutive angles

supplementarysupplementary Diagonals bisect Diagonals bisect

eachothereachother

Page 36: Chapter 6 Review (Geo) (2009)

What is a Rectangle?What is a Rectangle?

Rectangles are Rectangles are special special parallelogramsparallelograms Has all the properties Has all the properties

of a parallelogramof a parallelogram All angles are All angles are

congruentcongruent Each angle is 90Each angle is 90°°

Page 37: Chapter 6 Review (Geo) (2009)

What is a Rhombus?What is a Rhombus?

Rectangles are Rectangles are special special parallelogramsparallelograms Has all the properties Has all the properties

of a parallelogramof a parallelogram

Has four congruent Has four congruent sidessides

Sometimes called a Sometimes called a diamonddiamond

Page 38: Chapter 6 Review (Geo) (2009)

What is a Square?What is a Square? Squares are special Squares are special

parallelogramsparallelograms Has all the properties of Has all the properties of

a parallelograma parallelogram A square is a kind of A square is a kind of

rectanglerectangle Each angle is 90Each angle is 90°°

A square is also a A square is also a special rhombusspecial rhombus All sides are congruentAll sides are congruent

Page 39: Chapter 6 Review (Geo) (2009)

What is a Square?What is a Square? A square is an A square is an

equilateral rectangleequilateral rectangle

A square is an A square is an equiangular rhombusequiangular rhombus

A regular quadrilateralA regular quadrilateral

Page 40: Chapter 6 Review (Geo) (2009)
Page 41: Chapter 6 Review (Geo) (2009)

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