100

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200 200 200 200 200 200

300 300 300 300 300 300

400 400 400 400 400 400

500 500 500 500 500 500

Relations and Functions

Linear Equations

Linear Inequalities

Absolute Value Family

Transform-ations Potpourri

Describe 2 ways to determine whether a relation is a

FUNCTION.

A 100

1. In a MAPPING, every input is mapped to exactly 1 output.

2. The graph passes the VERTICAL LINE TEST.

A 100

Is the relation a FUNCTION?

A 200

QuickTime™ and aTIFF (Uncompressed) decompressorare needed to see this picture.

NO

A 200

Does the graph represent a FUNCTION?

A 300


YES

A 300

State the DOMAIN and RANGE of the function.

A 400

QuickTime™ and aTIFF (Uncompressed) decompressor

are needed to see this picture.

Domain: {all Real #’s}

Range: {y ≥ -2}

A 400

The temp. dropped 4 degrees each hour for 3 hours, what

was the total change in temp.

A 500

Evaluate

when

and

A 500

€

f (−2)

g(3)

€

f (x) = 4x − 2

g(x) = −2x +1

2

A 500

Write an equation in SLOPE-INTERCEPT FORM for the

line shown?

B 100



B 100

€

y =2

3x + 3

B 200

What is the slope of the line?

x

y

That one.

0

B 200

What is the slope and the y-intercept of the line

2x - 7y = 14

B 300

slope:

y-intercept: -2

B 300

€

2

7

B 400

Write an equation in POINT-SLOPE FORM for the line

passing through the point (-2,5) and perpendicular to the line

3x + y = 4.

B 400

€

y − 5 =1

3x + 2( )

A group of friends is going to Lagoon. It costs $41 per person and $5 to park

the car. Write an equation to model the cost c as a function of the number of

people p going in 1 car.

B 500

A. c = 5p + 41

B. c = 41p + 5

C. p = 5c + 41

D. p = 41c + 5

B 500

If an inequality contains the symbol ≥ or ≤, will the line

be solid or dashed?

C 100

Solid

C 100

Describe 2 ways to determine which part of the graph of an inequality should be shaded.

C 200

1. Test a point. If the point makes the inequality true, shade the part the point is in.

2. Shade according to the inequality statement:

• y >… shade above

• y < … shade below

C 200

Write an inequality for the graph below.

C 300


y < -x + 2

C 300

DAILY DOUBLE

C 400

DAILY DOUBLE

Place A Wager

Write an inequality for the graph below:

C 400



C 400

€

y ≤ x + 4 − 3

C 500

Which graph best describes the solution of the inequality?

€

y ≥ 2 x −1 − 2



C

C 500

Write an equation and graph the Parent Absolute Value

Function.

D 100

D 100



State the Domain and Range of the function:

D 200

€

f (x) = x

Domain: {all Real #’s}

Range: { y ≥ 0 }

D 200

Write the equation for the reflection of the Parent

Absolute Value function over the x-axis.

D 300

D 300€

y = − x

Graph

D 400€

y = x − 3 + 3

D 400



Write an equation for the graph:

D 500



D 500

€

y = x + 5 − 3

Describe how each part of the equation “transforms” the Parent Absolute Value function

E 100

€

y = a x − h + k

€

y = x

E 100

a = a stretch or shrink

h = horizontal shift

k = vertical shift

How do you find the vertex of an absolute value function?

E 200

( h, k )

E 200

Give the coordinates of the point:

E 300

Write the equation for an upside-down “v” shape graph

with its vertex at (-2,3).

E 300

E 300

€

y = − x + 2 + 3

Graph

E 400€

y =1

2x + 3 − 4

E 400



What do you do if your absolute value equation has a

number in place of a and a coefficient for x?

E 500

E 500

FACTOR out the coefficient of x and multiply that number

by a.

How do you spell “please” in Spanish?

F 100

“por favor”

F 100

What does MESA stand for?

F 200

Math, Engineering, Science Achievement

F 200

F 300

Who won the 2009 Nobel Peace Prize?

F 300

President Barack Obama

F 300

Who can burp “Stairway to Heaven” after the Mexican

dinner special?

F 400

Zach and Cody’s friend, Woody.

F 400

What team won the 2009 College World Series?

F 500

My LSU Tigers!

F 500

The Final Jeopardy Category is:

GeometryGeometry

Please record your wager.

Click on screen to begin

Click on screen to continue

True or False:

If two angles are supplementary, then they are a linear pair.

False.

Click on screen to continue

Thank You for Playing Jeopardy!

Game Designed By C. Harr-MAITAdapted by Andrea Payne, 2009

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