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Game Game RulesRulesGame Game RulesRules Physics Jeopardy RulesPhysics Jeopardy RulesPhysics Jeopardy RulesPhysics Jeopardy Rules

Points are collected Points are collected as a team. Each team may as a team. Each team may

help answer the questions as help answer the questions as a group. Answers are written a group. Answers are written

on a whiteboard to be on a whiteboard to be displayed. Any answer yelled displayed. Any answer yelled

out will result in automatic out will result in automatic deduction….deduction….

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Game Game RulesRulesGame Game RulesRules Physics Jeopardy RulesPhysics Jeopardy RulesPhysics Jeopardy RulesPhysics Jeopardy Rules

Each team will rotate asking a Each team will rotate asking a question. If a question is question. If a question is

answered answered correctlycorrectly by by any any teamteam, that team , that team addsadds those those

points to their team score. points to their team score. If a If a question is answered question is answered incorrectly, incorrectly, the team scorethe team score does not change does not change..


Game Game RulesRulesGame Game RulesRules

Remember, we are playing Remember, we are playing Jeopardy so all answers are Jeopardy so all answers are in the form of a question!!in the form of a question!!


Physics Jeopardy RulesPhysics Jeopardy RulesPhysics Jeopardy RulesPhysics Jeopardy Rules

Game Game RulesRulesGame Game RulesRules

If a team does not display If a team does not display good sportsmanship, or good sportsmanship, or uses excessively loud uses excessively loud voices, points may be voices, points may be

deducted from the total deducted from the total score score at the discretionat the discretion of of

the gamekeeper the gamekeeper

GET READY TO START GET READY TO START

Physics Jeopardy RulesPhysics Jeopardy RulesPhysics Jeopardy RulesPhysics Jeopardy Rules

Choose Choose from from the the followinfollowing topicsg topics

Choose Choose from from the the followinfollowing topicsg topics

You will choose You will choose questions from questions from the following the following

six topic areas:six topic areas:

CLICK TO VIEW TOPIC AREAS CLICK TO VIEW TOPIC AREAS

She’s got potential

What do you know about…What do you know about…What do you know about…What do you know about…


Kinetic Events


That’s So Random


Conserve It!


Calculate This!


Energizer Bunny (Keep Going…)

MultiQ ChoicesMultiQ ChoicesMultiQ ChoicesMultiQ Choices

She’s got She’s got potentialpotential

Kinetic Kinetic EventsEvents

That’s That’s so so

RandomRandom

Conserve Conserve It!It!

CalculateCalculate This!This!

Energizer Energizer BunnyBunny

(Keep Going)(Keep Going)

100 100 100 100 100 100

200 200 200 200 200 200

300 300 300 300 300 300

400 400 400 400 400 400

500 500 500 500 500 500FINAL QUESTIONFINAL QUESTIONFINAL QUESTIONFINAL QUESTION

Click here to return to

the Physics JeopardyGame Board

1:1001:1001:1001:100

CLICK TO CHECKCLICK TO CHECK

She’s got potentialShe’s got potential f o r 100 p o i n t s … f o r 100 p o i n t s …She’s got potentialShe’s got potential f o r 100 p o i n t s … f o r 100 p o i n t s …

This This Potential Potential Energy is Energy is stored in stored in

the hanging the hanging monkeys…monkeys…

1:100 1:100 AnswerAnswer1:100 1:100 AnswerAnswer T h e c o r r e c t a n s w e r i s …T h e c o r r e c t a n s w e r i s …T h e c o r r e c t a n s w e r i s …T h e c o r r e c t a n s w e r i s …

CLICK TO PLAY AGAINCLICK TO PLAY AGAIN

100

What is What is gravitational gravitational potential energy?potential energy?



1:2001:2001:2001:200

The wind up toy The wind up toy has this kind of has this kind of

potetial energy…potetial energy…




What is… elastic What is… elastic potential potential energy?energy?


200



1:3001:3001:3001:300



The candle before The candle before it’s lit has ….it’s lit has ….


What is…? What is…? Chemical Potential Chemical Potential

EnergyEnergy


300



1:4001:4001:4001:400

Batteries in an electric Batteries in an electric circuit…circuit…


She’s got potentialShe’s got potential for 400 p o i n t s … for 400 p o i n t s … She’s got potentialShe’s got potential for 400 p o i n t s … for 400 p o i n t s …



400

What is…? What is…? Chemical Potential Chemical Potential

Energy Energy



1:5001:5001:5001:500



A skateboarder A skateboarder at the top of at the top of the halfpipe the halfpipe

has…has…



500

What is…? What is…? Gravitational Gravitational

Potential Potential EnergyEnergy



2:1002:1002:1002:100


Kinetic EventsKinetic Events f o r 100 p o i n t s …f o r 100 p o i n t s …Kinetic EventsKinetic Events f o r 100 p o i n t s …f o r 100 p o i n t s …

Kinetic Energy Kinetic Energy means this...means this...



100

What is ...Energy What is ...Energy in motion?in motion?



2:2002:2002:2002:200


Kinetic EventsKinetic Events f o r 200 p o i n t s …f o r 200 p o i n t s …Kinetic EventsKinetic Events f o r 200 p o i n t s …f o r 200 p o i n t s …

The formula to The formula to calculate Kinetic calculate Kinetic Energy is this...Energy is this...



200

What is… ?What is… ?

½*m *V½*m *V22



2:3002:3002:3002:300


Kinetic EventsKinetic Events f o r 300 p o i n t s … f o r 300 p o i n t s …Kinetic EventsKinetic Events f o r 300 p o i n t s … f o r 300 p o i n t s …

A cheetah has a mass A cheetah has a mass of 300 kg and runs at of 300 kg and runs at

a velocity of 28 m/sec. a velocity of 28 m/sec. It has an Ek of ... It has an Ek of ...



300

Ek = ½ m*VEk = ½ m*V2 2 Ek Ek = .5 * 300kg *(28m/s)= .5 * 300kg *(28m/s)2 2 Ek Ek = 117,600J= 117,600J



2:4002:4002:4002:400


Kinetic Events for 400 p o i n t s …Kinetic Events for 400 p o i n t s …Kinetic Events for 400 p o i n t s …Kinetic Events for 400 p o i n t s …

The cannonball has a The cannonball has a mass of 40kg and mass of 40kg and

velocity of 250 m/sec. velocity of 250 m/sec. The energy of the The energy of the

cannonball is...cannonball is...



400

Ek = ½ m*VEk = ½ m*V2 2 Ek Ek = .5 * 40kg *(250m/s)= .5 * 40kg *(250m/s)2 2 Ek Ek = 1,250,000J= 1,250,000J



2:5002:5002:5002:500


Kinetic EventsKinetic Events for 500 points… for 500 points…Kinetic EventsKinetic Events for 500 points… for 500 points…

This is happening to This is happening to the kinetic energy of HD the kinetic energy of HD

as he is falling...as he is falling...



500

The kinetic energy The kinetic energy increases as HD speeds increases as HD speeds

up as he is falling...up as he is falling...



3:1003:1003:1003:100


That’s So RandomThat’s So Random f o r 1 00 p o i n t s f o r 1 00 p o i n t s ……

That’s So RandomThat’s So Random f o r 1 00 p o i n t s f o r 1 00 p o i n t s ……

The energy The energy transformation in a transformation in a

Newton’s Cradle is...Newton’s Cradle is...



100

What is…? What is…? Gravitational Gravitational

Potential to kinetic Potential to kinetic energy energy



3:2003:2003:2003:200


That’s so RandomThat’s so Random f o r 200 p o i n t s f o r 200 p o i n t s ……


This girl has a mass of 30 kg and a velocity of

3.5 m/s. Her kinetic energy is...



200

Ek = ½ m*VEk = ½ m*V2 2 Ek Ek = .5 * 30kg *(3.5m/s)= .5 * 30kg *(3.5m/s)2 2 Ek Ek = 183.75 J= 183.75 J



3:3003:3003:3003:300


That’s so RandomThat’s so Random f o r 3 00 p o i n t s f o r 3 00 p o i n t s ……

That’s so RandomThat’s so Random f o r 3 00 p o i n t s f o r 3 00 p o i n t s ……

The 1000 kg car is driving off a 40 meter

cliff. The Eg of the car is...

3:300 3:300 AnswerAnswer3:300 3:300 AnswerAnswer

T h e c o r r e c t a n s w e r i s …T h e c o r r e c t a n s w e r i s …T h e c o r r e c t a n s w e r i s …T h e c o r r e c t a n s w e r i s …


300

What is …?What is …?

Eg = m * g * h Eg = m * g * h Eg = 1000kg * 9.8 * 40m Eg = 1000kg * 9.8 * 40m Eg = 392,000J Eg = 392,000J



3:4003:4003:4003:400




How many How many types of energy types of energy can you identify can you identify with the Pizza with the Pizza Dude...? Dude...?



400

Gravitational PE, Gravitational PE, Kinetic Energy, Kinetic Energy, Thermal, Thermal, Chemical, Chemical, SoundSound



3:5003:5003:5003:500That’s so RandomThat’s so Random f o r 500 p o i n t s f o r 500 p o i n t s

……That’s so RandomThat’s so Random f o r 500 p o i n t s f o r 500 p o i n t s

……


The skater is The skater is traveling at 30 traveling at 30 m/sec. He has m/sec. He has Ek of 27,000J. Ek of 27,000J.

This is his This is his mass...mass...



500

Ek = ½ m*VEk = ½ m*V2 2

27,000J = .5 * m*(30m/s)27,000J = .5 * m*(30m/s)2 2

mass = 60 kgmass = 60 kg



4:1004:1004:1004:100


Conserve It f o r 100 p o i n t s …Conserve It f o r 100 p o i n t s …Conserve It f o r 100 p o i n t s …Conserve It f o r 100 p o i n t s …

If a rock is on top of If a rock is on top of a cliff with Eg of 100 a cliff with Eg of 100 J. The Ek =? The J. The Ek =? The TE =? TE =?



100

What is …? What is …? Ek = 0J Ek = 0J TE = 100 JTE = 100 J



4:2004:2004:2004:200


Conserve It f o r 200 p o i n t s …Conserve It f o r 200 p o i n t s … Conserve It f o r 200 p o i n t s …Conserve It f o r 200 p o i n t s …

About ½ way About ½ way down the cliff, down the cliff, the Eg =? the Eg =? Ek = ? TE=?Ek = ? TE=?



200

What is …? What is …? Eg = 50 J Eg = 50 J

Ek = 50 J Ek = 50 J TE = 100 JTE = 100 J



4:3004:3004:3004:300


Ohm, Not that AgainOhm, Not that Again f o r 300 p o i n t s … f o r 300 p o i n t s …Ohm, Not that AgainOhm, Not that Again f o r 300 p o i n t s … f o r 300 p o i n t s …

Just above Just above the bottom of the bottom of the cliff, the the cliff, the

Eg =? Ek = ? Eg =? Ek = ? TE=?TE=?



300

What is …? What is …? Eg = 0 J Eg = 0 J

Ek = 100 J Ek = 100 J TE = 100 J TE = 100 J



4:4004:4004:4004:400


Conserve It Conserve It f o r 400 p o i n t s … f o r 400 p o i n t s …Conserve It Conserve It f o r 400 p o i n t s … f o r 400 p o i n t s …

The energy The energy transformations are...transformations are...



400

What are What are elastic PE elastic PE to kinetic to kinetic energy…?energy…?



4:5004:5004:5004:500

Conserve ItConserve It f o r 50 0 p o i n t s … f o r 50 0 p o i n t s …Conserve ItConserve It f o r 50 0 p o i n t s … f o r 50 0 p o i n t s …


Conservation of Conservation of Energy means... Energy means...



500

What is…? What is…? Energy is not lost nor Energy is not lost nor gained. It is changed gained. It is changed

from one form to from one form to another or from one another or from one system to another.system to another.



5:1005:1005:1005:100


Calculate this!Calculate this! f o r 100 p o i n t s … f o r 100 p o i n t s …Calculate this!Calculate this! f o r 100 p o i n t s … f o r 100 p o i n t s …

A sheep is up on a cliff. A sheep is up on a cliff. Its mass is 45 kg and Its mass is 45 kg and height is 90 meters. height is 90 meters.

Its gravitational PE =?Its gravitational PE =?



100

What is …?What is …?

Eg = m * g * h Eg = m * g * h Eg = 45kg * 9.8 * 90m Eg = 45kg * 9.8 * 90m Eg = 39,690JEg = 39,690J



5:2005:2005:2005:200

A skater was racing. A skater was racing. His mass was 86 kg His mass was 86 kg

and velocity was and velocity was 9.5 m/s. 9.5 m/s.

His Ek was?His Ek was?


Calculate this!Calculate this! f o r 2 0 0 p o i n t s … f o r 2 0 0 p o i n t s …Calculate this!Calculate this! f o r 2 0 0 p o i n t s … f o r 2 0 0 p o i n t s …



200

Ek = ½ m*VEk = ½ m*V2 2 Ek Ek = .5 * 86kg *(9.5 m/s)= .5 * 86kg *(9.5 m/s)2 2 Ek Ek = 3880 J= 3880 J



5:3005:3005:3005:300


Calculate this!Calculate this! f o r 300 p o i n t s … f o r 300 p o i n t s …Calculate this!Calculate this! f o r 300 p o i n t s … f o r 300 p o i n t s …

Hobbes the Hobbes the tiger has a tiger has a

mass of 18 kg mass of 18 kg and jumped up and jumped up

to 3 meters. His to 3 meters. His Eg is ...?Eg is ...?



300

What is...?What is...?

Eg = m * g * h Eg = m * g * h Eg = 18kg * 9.8 * 3m Eg = 18kg * 9.8 * 3m Eg = 529 JEg = 529 J



5:4005:4005:4005:400


Calculate this!Calculate this! for 400 p o i n t s … for 400 p o i n t s …Calculate this!Calculate this! for 400 p o i n t s … for 400 p o i n t s …

A bug was A bug was climbing up a climbing up a

stick. This was stick. This was happening to the happening to the Eg for the bug...Eg for the bug...



400

What is…The What is…The higher the bug higher the bug climbed, the climbed, the greater the greater the gravitational PE.gravitational PE.



5:5005:5005:5005:500 Calculate this!Calculate this! f o r 500 p o i n t s … f o r 500 p o i n t s …Calculate this!Calculate this! f o r 500 p o i n t s … f o r 500 p o i n t s …


A race car driver A race car driver had a velocity of had a velocity of

85 m/s and a 85 m/s and a mass of 2500kg. mass of 2500kg.

The kinetic The kinetic energy of this car energy of this car

was ...was ...



500

Ek = ½ m*VEk = ½ m*V2 2

Ek = .5 * 2500kg *(85m/s)Ek = .5 * 2500kg *(85m/s)2 2

Ek = Ek = 9,031,250 J9,031,250 J



6:1006:1006:1006:100


Energizer BunnyEnergizer Bunny f o r 10 0 p o i n t s … f o r 10 0 p o i n t s …Energizer BunnyEnergizer Bunny f o r 10 0 p o i n t s … f o r 10 0 p o i n t s …

Potential energy is Potential energy is stored as…stored as…

PizzaPizzaPizzaPizzaSpringSpringSpringSpring

Top of hillTop of hillTop of hillTop of hillBatteryBatteryBatteryBattery



100

Chemical PEChemical PEChemical PEChemical PE

Chemical Chemical PEPEChemical Chemical PEPE Elastic PEElastic PEElastic PEElastic PE

Gravitational PEGravitational PEGravitational PEGravitational PEWhat is…What is…What is…What is…



6:2006:2006:2006:200


Energizer BunnyEnergizer Bunny f o r 200 p o i n t s …f o r 200 p o i n t s …Energizer BunnyEnergizer Bunny f o r 200 p o i n t s …f o r 200 p o i n t s …

This is happening This is happening to the to the

gravitational gravitational PE to HD as PE to HD as

he is falling...he is falling...



200

All EgAll Eg

½ Eg left ½ Eg left

No Eg leftNo Eg left

Total Energy is unchangedTotal Energy is unchanged



6:3006:3006:3006:300



This is when This is when the archer the archer has 100% has 100%

elastic elastic energy …energy …



300

When the When the bow is bow is

pulled all pulled all the way the way back…back…



6:4006:4006:4006:400



Explain how Explain how total energy total energy

remains remains constant in constant in bowling…bowling…



400

Bowling ball Bowling ball transfers transfers

energy to energy to pins, but pins, but

total energy total energy remains same!remains same!



Eg

Ek

6:5006:5006:5006:500



Kids are riding Kids are riding down a hill. Draw down a hill. Draw

the hill and put energy the hill and put energy graphs in order…graphs in order…

All Eg

Eg

EkAll Ek

Eg

Ek


What is…?What is…?


500

All Ek

Eg

Ek

All Eg



Bonus Bonus QuestionQuestionBonus Bonus QuestionQuestion B O N U S Q U E S T I O NB O N U S Q U E S T I O NB O N U S Q U E S T I O NB O N U S Q U E S T I O N

Congratulations! Congratulations! If you answer the Bonus If you answer the Bonus

Question correctly, your team Question correctly, your team receives receives double the pointsdouble the points assigned to this question.assigned to this question.

TO THE BONUS QUESTION TO THE BONUS QUESTION

D I R E C T I O N SD I R E C T I O N SD I R E C T I O N SD I R E C T I O N S

Team members Team members may consult may consult

on the final question on the final question of this gameof this game.

D I R E C T I O N SD I R E C T I O N SD I R E C T I O N SD I R E C T I O N S

If your answer is correct,

you may add the wagered amount

to your current score.

If your answer is correct,

you may add the wagered amount

to your current score.

DirectionsDirectionsDirectionsDirections

If your answer is incorrect,

you must subtract the wagered amount

from your current score.

If your answer is incorrect,

you must subtract the wagered amount

from your current score.

Directions Directions for Last for Last QuestionQuestion

Directions Directions for Last for Last QuestionQuestion D I R E C T I O N S D I R E C T I O N S D I R E C T I O N S D I R E C T I O N S

TO THE FINAL QUESTION TO THE FINAL QUESTION

Please place your wagers.Please place your wagers.

Click the bar belowClick the bar belowwhen you are when you are

ready to proceed.ready to proceed.

Please place your wagers.Please place your wagers.

Click the bar belowClick the bar belowwhen you are when you are

ready to proceed.ready to proceed.

RETURN TO GAME BOARD

Last Last QuestioQuestion n

Last Last QuestioQuestion n


T H E F I N A L Q U E S T I O NT H E F I N A L Q U E S T I O NT H E F I N A L Q U E S T I O NT H E F I N A L Q U E S T I O N

An energy An energy transformation transformation

for the high for the high jumper at the top of jumper at the top of

his jump going down…his jump going down…

Last Last Answer Answer Last Last Answer Answer T h e c o r r e c t a n s w e r i s …T h e c o r r e c t a n s w e r i s …T h e c o r r e c t a n s w e r i s …T h e c o r r e c t a n s w e r i s …

CLICK TO END THE GAMECLICK TO END THE GAME

ADD OR SUBTRACT WAGERED AMOUNTS

What is…What is…All GPE at top All GPE at top of jump being of jump being converted to converted to

KE as he falls!KE as he falls!

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 !T H A N K S F O R P L A Y I N G !T H A N K S F O R P L A Y I N G !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! 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 Energy 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.

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