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$100 $100 $200 $200 $300 $300 $400 $400 $500 $500

$100 $100 $200 $200 $300 $300 $400 $400 $500 $500

Division of Polynomials

Division of Polynomials

Find all zeros

Find all zeros

Graphing

Graphing

Theorems

Theorems

Fun Problems

Fun Problems

of Polynomi als Find all zeros $100 $100 $200 $200 $300 $300 $400 $400

of Polynomi als Find all zeros $100 $100 $200 $200 $300 $300 $400 $400 $500 $500 Fun Graphing Theorems Problems

CATEGORY 1 - $100

CATEGORY 1 - $100

CATEGORY 1 - $200

CATEGORY 1 - $200

CATEGORY 1 - $300

CATEGORY 1 - $300

CATEGORY 1 - $400

CATEGORY 1 - $400

CATEGORY 1 - $500 2. From Review Divide (3 x 4 + 2 x

CATEGORY 1 - $500 2. From Review Divide (3 x 4 + 2 x 2 - x + 8) by (x - 1)

CATEGORY 2 - $100 1. D. From review Which of the following are possible

CATEGORY 2 - $100 1. D. From review Which of the following are possible descriptions of f(x), based on the fact that you only know it has a degree of 3? i. 3 real roots ii. 2 real roots and 1 imaginary root iii. 1 real root and 2 imaginary roots iv. 3 imaginary roots

CATEGORY 2 - $200 10. From review. Find all zeros of the following x

CATEGORY 2 - $200 10. From review. Find all zeros of the following x 3 – x 2 + 9 x – 9 = 0

CATEGORY 2 - $300 11. From review Find all zeros of the following x

CATEGORY 2 - $300 11. From review Find all zeros of the following x 3 + 8 x 2 + 16 x = 0

CATEGORY 2 - $400 1. F. from review 2. Find all complex roots of

CATEGORY 2 - $400 1. F. from review 2. Find all complex roots of f f(x) = 2 x 3 + 2 x 2 - x + 6

CATEGORY 2 - $500

CATEGORY 2 - $500

CATEGORY 3 - $100 17 2 P(x) = 3 x – 2 x –

CATEGORY 3 - $100 17 2 P(x) = 3 x – 2 x – 5 Find the degree

CATEGORY 3 - $200 Create a polynomial that is symmetric about the origin

CATEGORY 3 - $200 Create a polynomial that is symmetric about the origin

CATEGORY 3 - $300 15. On the review Find the end behavior of P(x)

CATEGORY 3 - $300 15. On the review Find the end behavior of P(x) = 3 x 3 – 2 x 2 – 2 x – 5

CATEGORY 3 - $400 17. On review Find the relative minimum and relative maximum

CATEGORY 3 - $400 17. On review Find the relative minimum and relative maximum P(x) = 3 x 3 – 2 x 2 – 2 x – 5

CATEGORY 3 - $500

CATEGORY 3 - $500

CATEGORY 4 - $100 Relates to 1. A. on the review Use the remainder

CATEGORY 4 - $100 Relates to 1. A. on the review Use the remainder theorem to decide if x-3 is a factor of f(x) = 2 x 3 + 2 x 2 - x + 6

CATEGORY 4 - $200 1. E. on review List all the possible rational roots

CATEGORY 4 - $200 1. E. on review List all the possible rational roots of f(x) = 2 x 3 + 2 x 2 - x + 6

CATEGORY 4 - $300 3. On review Write a quadratic with roots 2 +

CATEGORY 4 - $300 3. On review Write a quadratic with roots 2 + i and 2 - i

CATEGORY 4 - $400 How many roots does 3 2 x(x + 8)(x -

CATEGORY 4 - $400 How many roots does 3 2 x(x + 8)(x - 2)(x + 6) have? Find them.

CATEGORY 4 - $500

CATEGORY 4 - $500

CATEGORY 5 - $100 4. On the review Write a cubic function with roots

CATEGORY 5 - $100 4. On the review Write a cubic function with roots of 4 and 5 i

CATEGORY 5 - $200 7. On review Sketch a graph of a cubic function

CATEGORY 5 - $200 7. On review Sketch a graph of a cubic function that has the following properties. If it’s impossible state why. 1 real root 2 real roots 3 real roots 4 real roots

CATEGORY 5 - $300 Draw a graph that has three double roots.

CATEGORY 5 - $300 Draw a graph that has three double roots.

CATEGORY 5 - $400

CATEGORY 5 - $400

CATEGORY 5 - $500

CATEGORY 5 - $500

CATEGORY 1 - $100

CATEGORY 1 - $100

CATEGORY 1 - $200

CATEGORY 1 - $200

CATEGORY 1 - $300

CATEGORY 1 - $300

CATEGORY 1 - $400

CATEGORY 1 - $400

CATEGORY 1 - $500

CATEGORY 1 - $500

CATEGORY 2 - $100 i. 3 real roots iii. 1 real root and 2

CATEGORY 2 - $100 i. 3 real roots iii. 1 real root and 2 imaginary roots

CATEGORY 2 - $200

CATEGORY 2 - $200

CATEGORY 2 - $300

CATEGORY 2 - $300

CATEGORY 2 - $400

CATEGORY 2 - $400

CATEGORY 2 - $500

CATEGORY 2 - $500

CATEGORY 3 - $100 Degre=17

CATEGORY 3 - $100 Degre=17

CATEGORY 3 - $200 You should have created a polynomial that is odd. Your

CATEGORY 3 - $200 You should have created a polynomial that is odd. Your polynomial should have all odd exponents

CATEGORY 3 - $300

CATEGORY 3 - $300

CATEGORY 3 - $400 Relative Max. = -4. 66 Relative Min. = -6. 36

CATEGORY 3 - $400 Relative Max. = -4. 66 Relative Min. = -6. 36

CATEGORY 3 - $500 Rel. Max. =7. 51 Rel. Min. = -1. 51

CATEGORY 3 - $500 Rel. Max. =7. 51 Rel. Min. = -1. 51

CATEGORY 4 - $100 f(3)=75 so according to the remainder theorem x-3 is not

CATEGORY 4 - $100 f(3)=75 so according to the remainder theorem x-3 is not a factor of f(x)

CATEGORY 4 - $200

CATEGORY 4 - $200

CATEGORY 4 - $300

CATEGORY 4 - $300

CATEGORY 4 - $400

CATEGORY 4 - $400

CATEGORY 4 - $500

CATEGORY 4 - $500

CATEGORY 5 - $100

CATEGORY 5 - $100

CATEGORY 5 - $200 Answers will vary. Must refer to complex zeros theorem

CATEGORY 5 - $200 Answers will vary. Must refer to complex zeros theorem

CATEGORY 5 - $300 Answers will vary.

CATEGORY 5 - $300 Answers will vary.

CATEGORY 5 - $400

CATEGORY 5 - $400

CATEGORY 5 - $500 x=0 has multiplicity 2 x=5 has multiplicity 2 X= -5

CATEGORY 5 - $500 x=0 has multiplicity 2 x=5 has multiplicity 2 X= -5 x=3 has multiplicity 2

FINAL CATEGORY

FINAL CATEGORY

FINAL CATEGORY INSERT FINAL QUESTION (ANSWER) HERE

FINAL CATEGORY INSERT FINAL QUESTION (ANSWER) HERE

FINAL CATEGORY WHAT OR WHO IS THE FINAL ANSWER?

FINAL CATEGORY WHAT OR WHO IS THE FINAL ANSWER?

END OF GAME Daily Doubles and usage notes follow. . .

END OF GAME Daily Doubles and usage notes follow. . .

JEOPARDY! Slide Show Notes • • The font for the question & answer slides

JEOPARDY! Slide Show Notes • • The font for the question & answer slides is “Enchanted; ” a copy of this font in located in the “REAL Jeopardy Template” folder. (This font will need to be installed in the C: /WINDOWS/FONTS folder of the computer running the show. ) In order to keep all of the sounds and fonts together, copy the entire “REAL Jeopardy Template” folder. To change the categories: – – • 1. Go to “Edit” and “Replace…” 2. In the Find box, type CATEGORY 1 (all caps) 3. In the Replace box, type the category in all caps (for example, PRESIDENTS) 4. Click Replace All. . . To use the Daily Double: – 1. Choose which dollar values to set as Daily Double – 2. Link that dollar value to one of the DD slides – 3. Link the arrow on the DD slide to the correct question slide (so dollar/category match)

Running the JEOPARDY! Slide Show • • On the game board with the categories

Running the JEOPARDY! Slide Show • • On the game board with the categories on top, click on the desired dollar value. (The first game board is used only to blink in the dollar values like the show. ) ICONS: – – ? Go to the answer screen. House Go back to the game board. Right Arrow (on Daily Doubles) Go to the question screen. Turned-up Arrow Reload question screen after incorrect guess