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Unit 5

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NAME ____________________________<br />

GEOMETRY<br />

UNIT 5 Quadrilateral Families<br />

Date Page(s) Topic Homework<br />

11/26 3 Quadrilateral Family Talk True/False Worksheet<br />

11/27 4 Properties of a Parallelogram Fill in every missing angle<br />

and side on the<br />

Parallelogram on Pg. 4a<br />

11/28 5 Apply properties of parallelograms Pg. 324 # 1,5,7-9,16,32<br />

11/29 6 Properties of a Rectangle Fill in every missing angle<br />

and side on the rectangle<br />

on Pg. 6a<br />

11/30 7 Apply properties of a rectangle Pg. 334 #44,51,67-69<br />

12/3 8 QUIZ<br />

Properties of a Rhombus<br />

Fill in every missing angle<br />

and side on the Rhombus<br />

on Pg. 8a<br />

12/4 9 Apply properties of a Rhombus Pg. 334 #1,9,64-66<br />

12/5 10,11 Properties of a Square, Apply<br />

properties<br />

Pg. 334 #25-34,45, fill in<br />

missing sides and angles for<br />

square<br />

12/6 Review all properties<br />

QUIZ<br />

Classifying Quadrilaterals<br />

Worksheet<br />

12/7 12,13 Properties of a Trapezoid and a Kite Fill in every missing angle<br />

and side on the isosceles<br />

trapezoid on Pg. 12a<br />

12/10 13,14 Apply properties of a trapezoid and Worksheet- G.G.40<br />

others<br />

12/11 Review Ticket In<br />

12/12 TEST None<br />

1


PARALLELOGRAMS<br />

Properties<br />

All of the properties of a Quadrilateral<br />

Plus 5 of it’s own:<br />

1 1<br />

2 2<br />

3<br />

4<br />

5<br />

Ways to prove<br />

1.)<br />

Ways to prove a parallelogram<br />

2.)<br />

3.)<br />

4.)<br />

5.)<br />

1.) If the following is a parallelogram, solve for x 2.)If the following is a parallelogram, solve for x &y<br />

50<br />

4x-35<br />

2x-4<br />

x+4<br />

y<br />

2x+15<br />

4


Decide whether or not the following are parallelograms and JUSTIFY your answer.<br />

3.) 4.) 5.)<br />

6.) 7.) 8.)<br />

9.) Prove Quadrilateral ABCD is NOT a parallelogram, Justify your answer<br />

A<br />

117<br />

B<br />

C<br />

41<br />

D<br />

10.) Determine the truth value of the following:<br />

a.) A parallelogram has diagonals that bisect each other and the diagonals are congruent<br />

b.) If a quadrilateral does not have 4 sides then a parallelogram has both sets of opposite sides parallel.<br />

c.) A parallelogram has all sides congruent if and only if parallelograms diagonals are perpendicular<br />

d.) A parallelogram doesn’t have both sets of opposite angles congruent or consecutive angles are<br />

supplementary in a parallelogram.<br />

5


RECTANGLE<br />

Properties<br />

All of the properties of a PARALLELOGRAM:<br />

Plus 2 of it’s own:<br />

1 There are 4 sides 1<br />

2 The sum of the angles is 360 2<br />

3 Both pairs of opposite sides are<br />

4 Both pairs of opposite sides are<br />

5 Diagonals<br />

6 Consecutive angles are<br />

7 Opposite angles are<br />

1.)<br />

Ways to prove a Rectangle<br />

2.)<br />

3.)<br />

–<br />

2.)<br />

D<br />

3 1<br />

4<br />

2<br />

Z<br />

-<br />

J<br />

Y<br />

J<br />

6


3.) Prove that the following is a rectangle, justify your answer.<br />

58<br />

8<br />

32<br />

4.) Which reason could be used to prove that a parallelogram is a rectangle?<br />

1) Diagonals are congruent.<br />

2) Opposite sides are parallel.<br />

3) Diagonals are perpendicular.<br />

4) Opposite angles are congruent<br />

5.) Label ALL angles and line segments if RIGH is a Rectangle<br />

I<br />

R<br />

48<br />

G<br />

H<br />

7


RHOMBUS<br />

Properties<br />

All of the properties of a PARALLELOGRAM:<br />

1 There are 4 sides 1<br />

Plus 3 of it’s own:<br />

2 The sum of the angles is 360 2<br />

3 Both pairs of opposite sides are 3<br />

4 Both pairs of opposite sides are<br />

5 Diagonals<br />

6 Consecutive angles are<br />

7 Opposite angles are<br />

1.)<br />

Ways to prove a Rhombus<br />

2.)<br />

3.)<br />

1.) In the diagram below of rhombus ABCD, m∠C = 100. What is m∠DBC?<br />

8


2.) Fill in ALL angles and line segments for the rhombus<br />

18<br />

3.) Prove that ABDE is a rhombus; If ABE is an isosceles triangle with vertex A. Justify your answer<br />

A<br />

88<br />

46<br />

46<br />

B<br />

E<br />

88<br />

D<br />

9


SQUARE<br />

Properties<br />

All of the properties of a Plus the extras from a RECTANGLE<br />

PARALLELOGRAM<br />

1 There are 4 sides 1 1<br />

Plus the extras from a RHOMBUS<br />

2 The sum of the angles is 360 2 2<br />

3 Both pairs of opposite sides are 3<br />

4 Both pairs of opposite sides are<br />

5 Diagonals<br />

6 Consecutive angles are<br />

7 Opposite angles are<br />

Ways to prove (too many to write them all, so this is the concept)<br />

1.)<br />

Ways to prove a Square<br />

2.)<br />

1.) The diagonals of a quadrilateral are congruent but do not bisect each other. This quadrilateral is<br />

1) an isosceles trapezoid<br />

2) a parallelogram<br />

3) a rectangle<br />

4) a rhombus<br />

10


-<br />

A<br />

B<br />

C<br />

ABCD is a<br />

parallelogram with<br />

AC=DB<br />

2<br />

1 3<br />


TRAPEZOID<br />

Properties<br />

All of the properties of a Quadrilateral<br />

1 1<br />

Plus 2 of it’s own<br />

2 2<br />

Add on for<br />

Isosceles Trapezoid<br />

All of the properties of a TRAPEZOID<br />

Plus 3 of it’s own<br />

1 Sum of the angles is 360 1<br />

2 4 sides 2<br />

3 1 pair of opposite sides are parallel 3<br />

4 1 pair of opposite sides are not parallel<br />

Add on for<br />

Right Trapezoid<br />

All of the properties of a TRAPEZOID<br />

1 Sum of the angles is 360 1<br />

Plus 1 of it’s own<br />

2 4 sides<br />

3 1 pair of opposite sides are parallel<br />

4 1 pair of opposite sides are not parallel<br />

1.)<br />

Ways to prove a Trapezoid<br />

2.)<br />

12


1.)<br />

Ways to prove an Isosceles Trapezoid<br />

2.)<br />

1.)<br />

Ways to prove a Right Trapezoid<br />

KITE<br />

Properties<br />

The properties of a Quadrilateral<br />

1 1<br />

Plus 2 of it’s own<br />

2 2<br />

1.) Fill in ALL the missing measurements<br />

30<br />

3<br />

20<br />

2.) In the diagram below of isosceles trapezoid DEFG, DE || GF, DE = 4x − 2, EF = 3x + 2, FG = 5x − 3,<br />

and GD = 2x + 5. Find the value of x.<br />

13


3.) In the diagram below, LATE is an isosceles trapezoid with LE ≅ AT , LA = 24, ET = 40, and<br />

AT = 10. Altitudes LF and AG are drawn. What is the length of LF?<br />

4.)Find the measure of

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