© mark e. damon - all rights reserved another presentation © 2013- all rights reserved


Another

Presentation

© 2013- All rights Reserved


Directions:

• Scroll through the presentation and enter the answers (which are really the questions) and the questions (which are really the answers).

• Enter in the categories on the main game boards.

• As you play the game, click on the TEXT DOLLAR AMOUNT that the contestant calls, not the surrounding box.

• When they have given a question, click again anywhere on the screen to see the correct question. Keep track of which questions have already been picked by printing out the game board screen and checking off as you go.

• Click on the “Game” box to return to the main scoreboard.

• Enter the score into the black box on each players podium.

• Continue until all clues are given.

• When finished, DO NOT save the game. This will overwrite the program with the scores and data you enter. You MAY save it as a different name, but keep this file untouched!


D aphn e

Round 1 Round 2Final

Jeopardy


Sound Vocabulary

Measuring Sound

Can You Hear Me?

More About Sound

Properties of Waves

BONUS: Loudness and Pitch

$100 $100 $100 $100 $100 $100

$200 $200 $200 $200 $200 $200

$300 $300 $300 $300 $300

$400 $400 $400 $400 $400

$500 $500 $500 $500

Round 2

Final Jeopardy

Scores


$100$100The distance from a point on one wave to the same point on another

wave is the _____.

(a) amplitude

(b) frequency

(c) intensity

(d) wavelength

The distance from a point on one wave to the same point on another

wave is the _____.

(a) amplitude

(b) frequency

(c) intensity

(d) wavelength


$100$100

(d) wavelength(d) wavelength

Scores


$200$200

The taking in of sound energy and stopping a sound by an

object is called _____.

(a) absorption

(b) reflection

(c) transmission

(d) frequency

The taking in of sound energy and stopping a sound by an

object is called _____.

(a) absorption

(b) reflection

(c) transmission

(d) frequency


$200$200

(a) absorption(a) absorption

Scores


$300$300The passing of sound waves through a material to produce

sound is _____.

(a) absorption

(b) reflection

(c) transmission

(d) frequency

The passing of sound waves through a material to produce

sound is _____.

(a) absorption

(b) reflection

(c) transmission

(d) frequency


$300$300

(c) transmission(c) transmission

Scores


$400$400A quick back-and-forth motion is

a _____.

(a) frequency

(b) vibration

(c) amplitude

(d) wavelength

A quick back-and-forth motion is a _____.

(a) frequency

(b) vibration

(c) amplitude

(d) wavelength


$400$400

(b) vibration(b) vibration

Scores


$500$500A wave’s bouncing off a surface

is called _____.

(a) absorption

(b) reflection

(c) transmission

(d) frequency

A wave’s bouncing off a surface is called _____.

(a) absorption

(b) reflection

(c) transmission

(d) frequency


$500$500

(b) reflection(b) reflection

Scores


$100$100

_____ is a measure of how high or low a sound is.

(a) Pitch

(b) Wavelength

(c) Frequency

(d) Transmission

_____ is a measure of how high or low a sound is.

(a) Pitch

(b) Wavelength

(c) Frequency

(d) Transmission


$100$100

(a) Pitch(a) Pitch

Scores


$200$200

_____ is a measure of how loud or soft a sound is.

(a) Amplitude

(b) Frequency

(c) Intensity

(d) Absorption

_____ is a measure of how loud or soft a sound is.

(a) Amplitude

(b) Frequency

(c) Intensity

(d) Absorption


$200$200

(c) Intensity(c) Intensity

Scores


$300$300A measure of the amount of energy

in a wave is _____.

(a)frequency

(b)pitch

(c)amplitude

(d)vibration

A measure of the amount of energy in a wave is _____.

(a)frequency

(b)pitch

(c)amplitude

(d)vibration


$300$300

(c) amplitude(c) amplitude

Scores


$400$400The number of waves that pass a

certain point in one second is called the _____.

(a) frequency

(b) pitch

(c) amplitude

(d) wavelength

The number of waves that pass a certain point in one second is

called the _____.

(a) frequency

(b) pitch

(c) amplitude

(d) wavelength


$400$400

(a) frequency(a) frequency

Scores


$500$500What unit is most often used to measure the intensity of a sound?

(a) Celsius

(b) centimeter

(c) decibel

(d) meter

What unit is most often used to measure the intensity of a sound?

(a) Celsius

(b) centimeter

(c) decibel

(d) meter


$500$500

(c) decibel(c) decibel

Scores


$100$100What converts waves into sound?

(a) air

(b) your ear

(c) your brain

(d) vibration

What converts waves into sound?

(a) air

(b) your ear

(c) your brain

(d) vibration


$100$100

(c) your brain(c) your brain

Scores


$200$200While hiking, Claud calls his friend’s name loudly. What might he hear when

the sound waves bounce off the smooth surface of a cliff?

(a) an echo

(b) silence

(c) a jumble of sounds

(d) his friend’s response

While hiking, Claud calls his friend’s name loudly. What might he hear when

the sound waves bounce off the smooth surface of a cliff?

(a) an echo

(b) silence

(c) a jumble of sounds

(d) his friend’s response


$200$200

(a) an echo(a) an echo

Scores


$300$300

Which part of the ear acts as a funnel for sound waves?

(a) cochlea

(b) eardrum

(c) hammer, anvil, and stirrup

(d) outer ear

Which part of the ear acts as a funnel for sound waves?

(a) cochlea

(b) eardrum


(d) outer ear


$300$300

(d) outer ear(d) outer ear

Scores


$400$400Sound waves cause which part of the

ear to vibrate first?

(a) bones

(b) cochlea

(c) eardrum

(d) hammer, anvil, and stirrup

Sound waves cause which part of the ear to vibrate first?

(a) bones

(b) cochlea

(c) eardrum

(d) hammer, anvil, and stirrup


$400$400

(c) eardrum(c) eardrum

Scores


$500$500In which part of the ear are vibrations

changed to nerve signals that travel to your brain?

(a) cochlea

(b) eardrum


(d) outer ear

In which part of the ear are vibrations changed to nerve signals that

travel to your brain?

(a) cochlea

(b) eardrum


(d) outer ear


$500$500

(a) cochlea(a) cochlea

Scores


$100$100Which famous scientist invented

the telephone and studied sound and hearing?

(a) Thomas Edison

(b) Benjamin Franklin

(c) Alexander Graham Bell

(d) Isaac Newton

Which famous scientist invented the telephone and studied

sound and hearing?

(a) Thomas Edison

(b) Benjamin Franklin

(c) Alexander Graham Bell

(d) Isaac Newton


$100$100

(c) Alexander Graham Bell(c) Alexander Graham Bell

Scores


$200$200Which of the following machines

can be used to measure sound waves?

(a) CD burner

(b) microscope

(c) oscilloscope

(d) tape recorder

Which of the following machines can be used to measure sound

waves?

(a) CD burner

(b) microscope

(c) oscilloscope

(d) tape recorder


$200$200

(c) oscilloscope(c) oscilloscope

Scores


$300$300Which would do the best job of

absorbing sounds?

(a) air

(b) blankets

(c) rocks

(d) water

Which would do the best job of absorbing sounds?

(a) air

(b) blankets

(c) rocks

(d) water


$300$300

(b) blankets (b) blankets

Scores


$400$400

Which is softer than normal conversation?

(a) light whisper

(b) noisy office

(c) normal traffic

(d) rock music concert

Which is softer than normal conversation?

(a) light whisper

(b) noisy office

(c) normal traffic

(d) rock music concert


$400$400

(a) light whisper (a) light whisper

Scores


$500$500Which is louder than a rock

music concert?

(a) jet takeoff

(b) noisy office

(c) normal conversation

(d) normal traffic

Which is louder than a rock music concert?

(a) jet takeoff

(b) noisy office

(c) normal conversation

(d) normal traffic


$500$500

(a) jet takeoff(a) jet takeoff

Scores


$100$100One bell produces sound waves with

a greater amplitude than those of another bell. How do the sounds of

the two bells differ?

(a) The first bell sounds higher.

(b) The first bell sounds lower.

(c) The first bell is louder.

(d) The first bell is softer.

One bell produces sound waves with a greater amplitude than those of

another bell. How do the sounds of the two bells differ?

(a) The first bell sounds higher.

(b) The first bell sounds lower.

(c) The first bell is louder.

(d) The first bell is softer.


$100$100

(c) The first bell is louder.(c) The first bell is louder.

Scores


$200$200Which shows the wavelength of

the wave?

(a) A

(b) B

(c) C

(d) D

Which shows the wavelength of the wave?

(a) A

(b) B

(c) C

(d) D


$200$200

(c) C(c) C

Scores


$300$300

Which kind of sound is produced by sound waves with peaks that

are very close together?

(a) high

(b) loud

(c) low

(d) soft

Which kind of sound is produced by sound waves with peaks that

are very close together?

(a) high

(b) loud

(c) low

(d) soft


$300$300

(a) high(a) high

Scores


$400$400Which shows the amplitude of

the wave?

(a) A

(b) B

(c) C

(d) D

Which shows the amplitude of the wave?

(a) A

(b) B

(c) C

(d) D


$400$400

(a) A(a) A

Scores


$500$500


$500$500

Scores


$100$100Loudness and Pitch

Observe the picture of the guitar below.

A. Describe a way you can make the sound of a guitar string louder.

Loudness and Pitch Observe the picture of the guitar below.

A. Describe a way you can make the sound of a guitar string louder.


$100$100

Scores

Part A

A way you can make the sound of a guitar string louder is by stretching the guitar string farther before releasing it.


$200$200Loudness and Pitch

Observe the picture of the guitar below.

B. Describe TWO ways you can make the pitch of a guitar string higher.

Loudness and Pitch Observe the picture of the guitar below.

B. Describe TWO ways you can make the pitch of a guitar string higher.


$200$200Part B Part B

Two ways you can make the pitch of a guitar string higher are…

(1)by pressing down on the string to make it shorter, and

(2)by replacing the string with a thinner one.

Scores


$300$300


$300$300

Scores


$400$400


$400$400

Scores


$500$500


$500$500

Scores


$200 $200 $200 $200

$400 $400 $400 $400

$600 $600 $600 $600

$800 $800 $800

$1000 $1000 $1000

Round 1

Final Jeopardy

Scores


$1000$1000


$1000$1000

Scores


$200$200


$200$200

Scores


$400$400


$400$400

Scores


$600$600


$600$600

Scores


$800$800


$800$800

Scores


$1000$1000


$1000$1000

Scores


ScoresFinal

Jeopardy Question


Scores

© mark e. damon - all rights reserved another presentation © 2013- all rights reserved

Documents

rights reserved slide

c transmission scores

b reflection scores

rights reserved directions

d wavelength scores

absorption scores slide

b vibration scores slide

final jeopardy scores