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

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

Radians And Degrees

Radians And Degrees

Arc Length & Sector Areas

Arc Length & Sector Areas

Trigonometric Equations

Trigonometric Equations

Trigonometry Applications

Trigonometry Applications

Graphs

Graphs

Radian And Arc Length & Trig. Sector Areas Equations Applications Degree Graphs $ $100

Radian And Arc Length & Trig. Sector Areas Equations Applications Degree Graphs $ $100 $200 $300 $400 $100 $200 $300 $400 $500 $500

Radians and Degrees - $100 The Quadrant of 5 Quadrant I

Radians and Degrees - $100 The Quadrant of 5 Quadrant I

Radians and Degrees - $200 Complement of 3 4 Pi/4

Radians and Degrees - $200 Complement of 3 4 Pi/4

Radians and Degrees - $300 Convert To Radian 240° 4 pi/3

Radians and Degrees - $300 Convert To Radian 240° 4 pi/3

Radians and Degrees - $400 32 M 7 M 64 pi/39 The Radian Measure

Radians and Degrees - $400 32 M 7 M 64 pi/39 The Radian Measure of Shaded Area

Radians and Degrees - $500 Convert To Radian -408° 16 25 -7. 126

Radians and Degrees - $500 Convert To Radian -408° 16 25 -7. 126

Arc Length & Sector Area - $100 The length of the highlighted arc. 3

Arc Length & Sector Area - $100 The length of the highlighted arc. 3 cm 4. 712

Arc Length & Sector Area - $200 The Length of the intercepted arc. 130°

Arc Length & Sector Area - $200 The Length of the intercepted arc. 130° 2 cm 4. 538

Arc Length & Sector Area - $300 The Sector Area of the intercepted arc.

Arc Length & Sector Area - $300 The Sector Area of the intercepted arc. 7 _ 6 4 cm 29. 32 cm^2

Arc Length & Sector Area - $400 The number 1. 6 4 _ 5

Arc Length & Sector Area - $400 The number 1. 6 4 _ 5 2 cm Sector area

Arc Length & Sector Area - $500 The measure of the radius. 20 c

Arc Length & Sector Area - $500 The measure of the radius. 20 c m 30 cm 2 3

Trigonometric Equations - $100 The amplitude and phase shift of the graph of 3

Trigonometric Equations - $100 The amplitude and phase shift of the graph of 3 _ y = 5 sin ( 2 (x – 3))+1 Amplitude = 5 Phase shift = 3

Trigonometric Equations - $200 The period and vertical shift of the graph of 3

Trigonometric Equations - $200 The period and vertical shift of the graph of 3 _ y = 5 sin ( 2 (x – 3))+1 Period = 4/3 vertical shift = 1

Trigonometric Equations - $300 A sine function with an amplitude of 12 and a

Trigonometric Equations - $300 A sine function with an amplitude of 12 and a vertical shift of 5. f(x) = 12 sin(x)+5

Trigonometric Equations - $400 A cosine function with an amplitude of 3, a period

Trigonometric Equations - $400 A cosine function with an amplitude of 3, a period of 2, and a phase shift of – 3. f(x) = 3 cos(pi(x+3))

Trigonometric Equations - $500 A graph of a tangent function with a period of

Trigonometric Equations - $500 A graph of a tangent function with a period of 4, phase shift of 2, and vertical shift of – 1. f(x) = tan(pi/4(x – 2 )) – 1

Trigonometry Applications - $100 The equation of a buoy, bobbing up and down in

Trigonometry Applications - $100 The equation of a buoy, bobbing up and down in the water as waves move past it, moves from its highest point to its lowest point and back to its highest point every 12 seconds. The distance between its highest and lowest points is 4 feet. f(x) =2 sin(pi/6(x))

Trigonometry Applications - $200 The frequency of a tuning fork that is represented by

Trigonometry Applications - $200 The frequency of a tuning fork that is represented by the graph below. 556 Hz

Trigonometry Applications - $300 The drier outlet in many U. S. homes is 240

Trigonometry Applications - $300 The drier outlet in many U. S. homes is 240 volts and alternates currents at 60 Hz. Write the voltage as a function of time. f(x) =240 sin(120 pi(x))

Trigonometry Applications - $400 A mathematical function that describes a middle “C” tuning fork.

Trigonometry Applications - $400 A mathematical function that describes a middle “C” tuning fork. (A middle “C” note has a frequency of 256 Hz. ) f(x) =sin(512 pi(x))

Trigonometry Applications - $500 A person rides a Ferris wheel. The rider is 2

Trigonometry Applications - $500 A person rides a Ferris wheel. The rider is 2 feet above the ground at its lowest point and 32 feet above ground at it highest point and it takes 20 seconds to complete one cycle. Write an equation that describes the rider's height as a function of time. h =15 sin(pi/10(t – 5))+17

Graphs - $100 Domain and Range of y = sin (x) Domain {x|(- ,

Graphs - $100 Domain and Range of y = sin (x) Domain {x|(- , )} Range {y|(-1, 1)}

Graphs - $200 Represents this sine graph. f(x) = 3 sin(pi(x))

Graphs - $200 Represents this sine graph. f(x) = 3 sin(pi(x))

Graphs - $300 The sketch of a graph of, y=cos (2 x)+3 using increments

Graphs - $300 The sketch of a graph of, y=cos (2 x)+3 using increments of 2 for the x -axis

Graphs - $400 Represents this cosine graph. f(x) = 2 cos(pi/2(x-2)) or f(x) =

Graphs - $400 Represents this cosine graph. f(x) = 2 cos(pi/2(x-2)) or f(x) = 2 cos(pi/2(x+2)) or f(x) = -2 cos(pi/2(x))

Graphs - $500 A trigonometric function that represents this graph of a tuning fork.

Graphs - $500 A trigonometric function that represents this graph of a tuning fork. f(x) = 1. 39 sin(3490. 7(x-. 00195))+1. 89. 0038 or. 0057 ±. 0018

Radians and Degrees - $100 WHAT OR WHO IS THE ANSWER? $

Radians and Degrees - $100 WHAT OR WHO IS THE ANSWER? $

Radian and Degrees - $200 WHAT OR WHO IS THE ANSWER? $

Radian and Degrees - $200 WHAT OR WHO IS THE ANSWER? $

Radians and Degrees - $300 WHAT OR WHO IS THE ANSWER? $

Radians and Degrees - $300 WHAT OR WHO IS THE ANSWER? $

Radians and Degrees - $400 WHAT OR WHO IS THE ANSWER? $

Radians and Degrees - $400 WHAT OR WHO IS THE ANSWER? $

Radian and Degrees - $500 WHAT OR WHO IS THE ANSWER? $

Radian and Degrees - $500 WHAT OR WHO IS THE ANSWER? $

Unit Circle - $100 WHAT OR WHO IS THE ANSWER? $

Unit Circle - $100 WHAT OR WHO IS THE ANSWER? $

Unit Circle - $200 WHAT OR WHO IS THE ANSWER? $

Unit Circle - $200 WHAT OR WHO IS THE ANSWER? $

Unit Circle - $300 WHAT OR WHO IS THE ANSWER? $

Unit Circle - $300 WHAT OR WHO IS THE ANSWER? $

Unit Cirlce - $400 WHAT OR WHO IS THE ANSWER? $

Unit Cirlce - $400 WHAT OR WHO IS THE ANSWER? $

Unit Circle - $500 WHAT OR WHO IS THE ANSWER? $

Unit Circle - $500 WHAT OR WHO IS THE ANSWER? $

Right Triangles - $100 WHAT OR WHO IS THE ANSWER? $

Right Triangles - $100 WHAT OR WHO IS THE ANSWER? $

Right Triangles - $200 WHAT OR WHO IS THE ANSWER? $

Right Triangles - $200 WHAT OR WHO IS THE ANSWER? $

Right Triangles - $300 WHAT OR WHO IS THE ANSWER? $

Right Triangles - $300 WHAT OR WHO IS THE ANSWER? $

Right Triangles - $400 WHAT OR WHO IS THE ANSWER? $

Right Triangles - $400 WHAT OR WHO IS THE ANSWER? $

Right Triangles - $500 WHAT OR WHO IS THE ANSWER? $

Right Triangles - $500 WHAT OR WHO IS THE ANSWER? $

Trig Functions - $100 WHAT OR WHO IS THE ANSWER? $

Trig Functions - $100 WHAT OR WHO IS THE ANSWER? $

Trig Functions - $200 WHAT OR WHO IS THE ANSWER? $

Trig Functions - $200 WHAT OR WHO IS THE ANSWER? $

Trig Functions - $300 WHAT OR WHO IS THE ANSWER? $

Trig Functions - $300 WHAT OR WHO IS THE ANSWER? $

Trig Functions- $400 WHAT OR WHO IS THE ANSWER? $

Trig Functions- $400 WHAT OR WHO IS THE ANSWER? $

Trig Functions - $500 WHAT OR WHO IS THE ANSWER? $

Trig Functions - $500 WHAT OR WHO IS THE ANSWER? $

Graphs - $100 $

Graphs - $100 $

Graphs - $200 WHAT OR WHO IS THE ANSWER? $

Graphs - $200 WHAT OR WHO IS THE ANSWER? $

Graphs - $300 WHAT OR WHO IS THE ANSWER? $

Graphs - $300 WHAT OR WHO IS THE ANSWER? $

Graphs - $400 WHAT OR WHO IS THE ANSWER? $

Graphs - $400 WHAT OR WHO IS THE ANSWER? $

Graphs - $500 $

Graphs - $500 $

Applications $

Applications $

FINAL CATEGORY Two Fire Towers are 20 Miles apart, Tower A being Due North

FINAL CATEGORY Two Fire Towers are 20 Miles apart, Tower A being Due North of Tower B. A fire is spotted at S 14°E and N 34°E, respectively from each tower. Find the distance of fire from the line segment AB $

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. . .

Contestant 1 $ Contestant 2 $ Contestant 3 $

Contestant 1 $ Contestant 2 $ Contestant 3 $

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

JEOPARDY! Slide Show Setup • • • The font for the question & answer slides is “Enchanted; ” a copy of this font in located in the “REAL Jeopardy Template” folder or included in the “jeopardy_pc. zip” file. (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 or “jeopardy_pc. zip” file. To change the categories: – 1. Go to the “Edit”menu and choose “Replace…” – 2. In the Find box, type CATEGORY X (X being 1 through 5) (all caps). – 3. In the Replace box, type the category in all caps (for example, PRESIDENTS). – 4. Click Replace All… To change the dollar values (for example to create Double Jeopardy): – 1. Go to the “Edit” menu and choose “Replace…” – 2. In the Find box, type $X (the dollar value you want to change). – 3. In the Replace box, type the new dollar value (with $). – 4. Click Replace All. . .

JEOPARDY! Slide Show Setup continued • • To set up the Daily Double: –

JEOPARDY! Slide Show Setup continued • • To set up the Daily Double: – 1. Choose which dollar value(s) to set as Daily Double (normally, Jeopardy has one Daily Double, and Double Jeopardy has two). – 2. Go to the Game Board slide (Slide 8), right click once on the dollar value for the appropriate question, choose Hyperlink, and choose Edit Hyperlink. – 3. In the Edit Hyperlink window, go to “Named location in file” and click “Browse…” – 4. In the Hyperlink to Slide window, scroll down to the appropriate slide; Slides 64 and 65 are regular Daily Doubles, Slide 66 is an Audio Daily Double, Slide 67 is a Video Daily Double. Click “OK. ” – 5. Go to the Daily Double slide just linked to, and right click once on the answer arrow at the bottom right, choose Hyperlink, and choose Edit Hyperlink. – 6. In the Action Settings window, make sure the Hyperlink button (to the left of “Hyperlink”) is selected, and in the select box underneath choose “Slide…” – 7. In the Hyperlink to Slide window, scroll down to the appropriate question slide (the original slide number of the question). NOTE: Using the Audio and Video Daily Doubles requires adding audio or video/picture clips to the question slides. If you are not familiar with doing this in Power. Point, do not use those Daily Doubles.

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

Running the JEOPARDY! Slide Show • • • On the game board with the categories on top (Slide 8), click on the desired dollar value. (The first game board is used only to blink in the dollar values like the show. ) The question slide will pop up; the slides are timed with an eight-second timer. At the end of the timer, an alarm will chime. ICONS: – ? Go to the answer screen. – House Go back to the game board. – Right Arrow (on Daily Doubles) Go to the question screen. – Right Arrow w/ Bar (on Game Board) Go to the Final Jeopardy category. – Turned-up Arrow Reload question screen after incorrect guess. – $ Go to the Scoreboard slide. – Left Arrow (on Scoreboard) Go to the previous slide.

“Jeopardy!” Powerpoint Template Designed and Created by Jeffrey White jcteacher@yahoo. com Copyright © 2000

“Jeopardy!” Powerpoint Template Designed and Created by Jeffrey White [email protected] com Copyright © 2000 Version 1. 0 - Last updated 9 June, 2000 The graphics and sounds used in this template are recorded from the “Jeopardy!” television show, were obtained from the “Jeopardy!” website, and are the property of Sony Pictures Entertainment. Visit http: //www. geocities. com/jcteacher for updated versions!