J J E E P P A A R R D D Y Y ! ! Multi- Q Introd uction J J E E P P A A R R D D Y Y ! ! Welcome to … Skip Rules P P H H Y Y S S I I S S C C P P H H Y Y.

J J E E P P A A R R D D Y Y ! ! Multi- Q Introd uction J J E E P P A A R R D D Y Y ! ! Welcome to … Skip Rules P P H H Y Y S S I I S S C C P P H H Y Y S S I I C C S S O O O O

Game Rules Physics Jeopardy Rules Points are collected as a team. Each team may help answer the questions as a group. Answers are written on a whiteboard to be displayed. Any answer yelled out will result in automatic deduction…. MORE RULES MORE RULES 

Game Rules Physics Jeopardy Rules Each team will rotate asking a question. If a question is answered correctly by any team, that team adds those points to their team score. If a question is answered incorrectly, the team score does not change. MORE RULES MORE RULES 

Game Rules Remember, we are playing Jeopardy so all answers are in the form of a question!! MORE RULES MORE RULES  Physics Jeopardy Rules

Game Rules If a team does not display good sportsmanship, or uses excessively loud voices, points may be deducted from the total score at the discretion of the gamekeeper If a team does not display good sportsmanship, or uses excessively loud voices, points may be deducted from the total score at the discretion of the gamekeeper GET READY TO START GET READY TO START  Physics Jeopardy Rules

Choose from the followin g topics You will choose questions from the following six topic areas: CLICK TO VIEW TOPIC AREAS CLICK TO VIEW TOPIC AREAS 

TOPIC 1 Don’t Displace Me What do you know about…

TOPIC 2 What do you know about… Zoom, Zoom, Zoom

TOPIC 3 What do you know about… I Love Graphs

TOPIC 4 What do you know about… Fast Faster Fastest

TOPIC 5 What do you know about… Backfield in Motion

TOPIC 6 What do you know about… That’s so Random

MultiQ Choices Don’t Displace Me Zoom! Zoom! Zoom! I Love Graphs! Fast Faster Fastest Backfield in Motion That’s so Random 100 200 300 400 500 FINAL QUESTION FINAL QUESTION FINAL QUESTION FINAL QUESTION

ReturnReturn Click here to return to the Physics Jeopardy Game Board

1:1001:100 A biker started at 5 meters and road for 130 more meters. Her total displacement was…. CLICK TO CHECK Don’t Displace Me f o r 100 p o i n t s …

1:100 Answer T h e c o r r e c t a n s w e r i s … What is …. 125 meters? CLICK TO PLAY AGAIN 100

1:2001:200 CLICK TO CHECK Don’t Displace Me f o r 200 p o i n t This formula finds displacement when accelerating….

1:200 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 200 X=(Vi*t)+(½*V*t) Or X =(Vi*t)+ (½*A*t 2 ) What is…

1:3001:300 CLICK TO CHECK Don’t Displace Me f o r 300 p o i n t s … A dragster went from 0 m/s to 120 m/s in 4.5 sec. This dragster traveled this far…

1:300 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 300 What is … 270 m? X=(Vi*t)+(½*  V *t)  X = (½ *120 m / s *4.5 s)

1:4001:400 CLICK TO CHECK Don’t Displace Me f o r 400 p o i n t s … A cheetah accelerated from rest at a rate of 2.25 m/s 2 for 8 seconds. The cheetah traveled this far...

1:400 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 400 What is …72 meters  X = (Vi*t)+ (½*A*t 2 )  X= (.5 * 2.25m/s 2 *(8s) 2 )

1:5001:500 CLICK TO CHECK Don’t Displace Me f o r 500 p o i n t s … A horse was trotting with an initial velocity of 6 m/s. The horse took off in a gallop accelerating at a rate of 2.9 m/s 2. In 10 seconds, the horse traveled this far…

1:500 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 500  X = (Vi*t)+ (½*A*t 2 )  X= (6m/s*10 sec)+ (.5 * 2.9m/s 2 *(10s) 2 )  X= (60m)+(145m) What is …205 meters

2:1002:100 CLICK TO CHECK Zoom! Zoom! Zoom! f o r 100 p o i n t s … This is the formula for Acceleration…

2:100 Answer T h e c o r r e c t a n s w e r i s … A =  v  t A =  v  t CLICK TO PLAY AGAIN 100 What is.. ? A = Vf-Vi Tf-Ti A = Vf-Vi Tf-Ti oror

2:2002:200 CLICK TO CHECK Zoom! Zoom! Zoom! f o r 200 p o i n t s … A car slows from 45 m/s to 10 m/s in 15 sec. This is the acceleration for the car…

2:200 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 200 What is …? A = 10m/s – 45 m/s 15 sec A = -2.33 m/s 2

2:3002:300 CLICK TO CHECK Zoom! Zoom! Zoom! f o r 300 p o i n t s … A dog runs with an initial velocity of 2.4 m/s. If the dog accelerates for 7 sec to 15 m/s, this is the acceleration for the dog…

2:300 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 300 What is… A=(15 m/s – 2.4 m/s) 7 sec A=1.8 m/sec 2

2:4002:400 CLICK TO CHECK Zoom! Zoom! Zoom! for 400 p o i n t s … A sailboat began a race with an initial velocity of 2.2 m/s and then accelerated for 4 seconds to 16 m/s. This was the rate of acceleration for the sailboat …

2:400 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 400 A=3.45 m/sec 2 What is… A=(16 m/s – 2.2m/s) 4 sec

2:5002:500 CLICK TO CHECK Zoom! Zoom! Zoom! for 500 points… A 1967 VW bus has an initial velocity of 80 m/s. Something breaks and it slows down to 55 m/s in 6 sec. This is the acceleration…

2:500 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 500 A= -4.16 m/s 2 ? What is… A =(55 m/s – 80m/s) 6 sec

3:1003:100 CLICK TO CHECK I Love Graphs! f o r 1 00 p o i n t s … X tX t This X/t graph has a V/t graph that looks like this…

3:100 Answer T h e c o r r e c t a n s w e r i s … What is…? CLICK TO PLAY AGAIN 100V tV t

3:2003:200 CLICK TO CHECK I Love Graphs! f o r 200 p o i n t s … X tX t This X/t graph has a V/t graph that looks like this…

3:200 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 200 What is …. ? V tV t

3:3003:300 CLICK TO CHECK I Love Graphs! f o r 3 00 p o i n t s … This V/t graph has an X/t graph that looks like this… V tV t

3:300 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 300 What is…? X tX t

3:4003:400 CLICK TO CHECK I Love Graphs! f o r 400 p o i n t s … This V/t graph has an X/t graph that looks like this… V tV t

3:400 Answer T h e c o r r e c t a n s w e r i s … What is … CLICK TO PLAY AGAIN 400X tX t

A B C 3:5003:500 The motion at section C on this V/t graph is… CLICK TO CHECK I Love Graphs! f o r 500 p o i n t s …

A B C 3:500 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 500 What is …? moving in a positive direction but slowing down

4:1004:100 CLICK TO CHECK Fast Faster Fastest f o r 100 p o i n t s … A spacecraft accelerated from 0 m/s to 130 m/s in 16 seconds. This was the craft’s rate of acceleration.

4:100 Answer T h e c o r r e c t a n s w e r i s … What is… A = 8.125 m/s 2 A = 130 m/s – 0 m/s 16 sec CLICK TO PLAY AGAIN 100

4:2004:200 CLICK TO CHECK Fast Faster Fastest f o r 200 p o i n t s … A skater accelerated from -5 m/s to -30 m/s in 7 seconds. The V/t graph looks like this…

4:200 Answer T h e c o r r e c t a n s w e r i s … What is… ? CLICK TO PLAY AGAIN 200 Vt -5 m/s -30 m/s

4:3004:300 CLICK TO CHECK Fast, Faster, Fastest f o r 300 p o i n t s … This race car had an initial velocity of 15 m/s. It accelerated at 4 m/s 2 for 8 seconds. The Vf was…

4:300 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 300 What is… What is… Vf = (A * t) + Vi Vf =(4 m/s 2 *8 sec) + 15m/s Vf = 47 m/s?

4:4004:400 The space shuttle went from 0m/s to 800m/s in 1 min. The space shuttle went from 0m/s to 800m/s in 1 min. CLICK TO CHECK Fast Faster Fastest f o r 400 p o i n t s … The rate of acceleration for the space shuttle was..

4:400 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 400 What is… 800 m/s – 0 m/s 60 sec A = 13.3 m/s 2

4:5004:500 Fast Faster Fastest f o r 50 0 p o i n t s … CLICK TO CHECK A train went from 125 m/s to 25 m/s in 8 s. The trains’ rate of Acceleration is...

4:5004:500 CLICK TO CHECK What is...-12.5 m/s 2 T h e c o r r e c t a n s w e r i s … A=(25 m/s – 125 m/s) 8 sec

5:1005:100 CLICK TO CHECK Backfield in Motion f o r 100 p o i n t s … A motion diagram for a skateboarder that is not accelerating…

5:100 Answer T h e c o r r e c t a n s w e r i s … What is …? CLICK TO PLAY AGAIN 10 Or

5:2005:200 This motion diagram shows a police car with increasing + velocity… CLICK TO CHECK Backfield in Motion f o r 200 p o i n t s …

5:200 Answer T h e c o r r e c t a n s w e r i s … What is…? CLICK TO PLAY AGAIN 200 0 X

5:3005:300 CLICK TO CHECK This is the X/t graph for this motion diagram… Backfield in Motion f o r 300 p o i n t s … 0 X

5:300 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 300 What is … X tX t

5:4005:400 CLICK TO CHECK The V/t graph for this motion diagram is… Backfield in Motion f o r 400 p o i n t s …

5:400 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 400 What is ?

5:5005:500 CLICK TO CHECK Backfield in Motion f o r 500 p o i n t s … This is the v/t graph for this motion diagram…

5:500 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 500 What is ?

6:1006:100 CLICK TO CHECK It’s So Random f o r 10 0 p o i n t s … A student is traveling in a negative direction on a bike that is speeding up. The motion diagram looked like this…

6:100 Answer T h e c o r r e c t a n s w e r i s … What is… CLICK TO PLAY AGAIN 100 0 X

6:2006:200 CLICK TO CHECK It’s So Random f o r 200 p o i n t s … The car goes from 0 m/s to 35 m/s in 6 sec. This is the car’s acceleration …

6:200 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 200 What is… 5.8 m/s 2 35 m/s – 0 m/s 6 sec

6:3006:300 CLICK TO CHECK It’s So Random f o r 300 p o i n t s … This X/t graph has a V/t graph that looks like this… X tX t

6:300 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 300 V tV t

6:4006:400 CLICK TO CHECK It’s So Random f o r 400 p o i n t s … The lion had an initial velocity of 2.5 m/s. It accelerated to 7.7 m/sec in 3 seconds. It’s acceleration was…

6:400 Answer T h e c o r r e c t a n s w e r i s … CLICK TO PLAY AGAIN 400 What is…? A = 7.7 m/s – 2.5 m/s. 3 sec A= 1.73 m/sec 2

6:5006:500 It’s So Random f o r 500 p o i n t s … CLICK TO CHECK A plane took off at 100 m/sec and accelerated at 30 m/sec 2. In 7 seconds the final velocity was…

6:5006:500 CLICK TO CHECK What is …? Vf =(A * t) + Vi Vf =(30m/s 2 * 7s)+100m/s Vf = 310 m/sec T h e c o r r e c t a n s w e r i s …

Bonus Question B O N U S Q U E S T I O N Congratulations! If you answer the Bonus Question correctly, your team receives double the points assigned to this question. Congratulations! If you answer the Bonus Question correctly, your team receives double the points assigned to this question. TO THE BONUS QUESTION TO THE BONUS QUESTION 

D I R E C T I O N S Team members may consult on the final question of this game Team members may consult on the final question of this game.

D I R E C T I O N S If your answer is correct, you may add the wagered amount to your current score.

DirectionsDirections If your answer is incorrect, you must subtract the wagered amount from your current score.

Directions for Last Question D I R E C T I O N S TO THE FINAL QUESTION TO THE FINAL QUESTION  Please place your wagers. Click the bar below when you are ready to proceed. Please place your wagers. Click the bar below when you are ready to proceed. RETURN TO GAME BOARD

Last Questio n CLICK TO CHECK T H E F I N A L Q U E S T I O N A 1930’s race car had an initial velocity of 12 m/s. After traveling 15 seconds & accelerating at a rate of 2.5 m/s 2, the total displacement for the car was …

Last Answer T h e c o r r e c t a n s w e r i s … CLICK TO END THE GAME ADD OR SUBTRACT WAGERED AMOUNTS  X = (Vi*t) + (1/2 * A*(t) 2 )  X = (12 m / s *15s) + (.5 * 2.5 m/s 2 *(15s) 2 ) (.5 * 2.5 m/s 2 *(15s) 2 )  X = (12 m / s *15s) + (.5 * 2.5 m/s 2 *(15s) 2 ) (.5 * 2.5 m/s 2 *(15s) 2 )  X = 180m + 281.25 m  X = 461.25 m

Turn in team score Add up your team score and report it to your teacher. T H A N K S F O R P L A Y I N G ! DON’T FORGET TO STUDY & REVIEW ON YOUR OWN!

J J E E P P A A R R D D Y Y ! ! Multi- Q Introd uction J J E E P P A A R R D D Y Y ! ! Welcome to … Skip Rules P P H H Y Y S S I I S S C C P P H H Y Y.

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J J E E P P A A R R D D Y Y ! ! Multi- Q Introd uction J J E E P P A A R R D D Y Y ! ! Welcome to … Skip Rules P P H H Y Y S S I I S S C C P P H H Y Y.

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Presentation on theme: "J J E E P P A A R R D D Y Y ! ! Multi- Q Introd uction J J E E P P A A R R D D Y Y ! ! Welcome to … Skip Rules P P H H Y Y S S I I S S C C P P H H Y Y."— Presentation transcript:

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