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Shake, Rattle, and Roll<br />

Pre- and Post-Visit <strong>Activities</strong><br />

Vocabulary<br />

The following terms are used in, or are related to, the content of this program.<br />

Familiarize your students with them before your visit.<br />

Sound. Anything you hear<br />

Vibration. The back-and-forth movement of an object or substance<br />

Pitch. The highness or lowness of sound<br />

Intensity. The degree of strength and force a sound has<br />

Sound wave. The way in which sound travels from an energy source to the ear<br />

Frequency. The number of sound waves that pass a fixed point per second<br />

Hertz. Unit used to measure frequency<br />

Volume. The loudness of a sound<br />

Decibel. Unit used to measure sound<br />

Review Questions<br />

After seeing Shake, Rattle, and Roll, review the following content questions with<br />

your class:<br />

1. Question: How is sound made?<br />

Answer: Sound is made when something vibrates<br />

2. Question: What are some examples of high-pitched sounds (in nature, at<br />

your home, at school, etc)?<br />

Answer: Answers will vary.<br />

3. Question: When a vibration moves fast, what is the pitch like?<br />

Answer: The pitch is high.<br />

4. Question: How does sound travel?<br />

Answer: Sound travels in waves.<br />

5. Question: When a pitch is low, what are the waves like?<br />

Answer: When the pitch is low the sound waves are small and long.<br />

6. Question: What are some examples of intense sounds (in nature, at your<br />

home, at school, etc)?<br />

Answer: Answers will vary.


Related Links and Experiments<br />

String Telephone<br />

http://pbskids.org/zoom/activities/sci/stringtelephone.html<br />

This hands-on experiment allows students to construct their own string<br />

telephones. Students can use the scientific method to predict what will happen<br />

when a variable (such as the cup size or cup material) is changed. Students can<br />

share their feedback and findings with other students around the U.S.<br />

Sound Waves in Stereo<br />

http://pbskids.org/zoom/activities/sci/stereohanger.html<br />

This hands-on experiment helps students to grasp the concept of sound waves<br />

and vibrations. Students can use the scientific method to predict what will happen<br />

when a variable is changed. Students can share their feedback and findings with<br />

other students around the U.S.<br />

American Sign Language<br />

Explain to students that there are many people that cannot hear sound. Ask them<br />

to imagine communicating without talking. Have students pair up and spell out a<br />

message or their names in sign language. Add a language-arts component by<br />

asking the students to write about what sound they would miss the most if they<br />

were deaf and why.<br />

With a parent’s permission, older students can visit the following Web site<br />

and watch video examples of ASL words: http://www.aslpro.com<br />

For extra credit ask students to “sign” a favorite nursery rhyme or short<br />

song.<br />

Do It Yourself Instruments!<br />

See the following Web site to find out how to start a band with your class<br />

using recycled materials:<br />

http://www.storytimesongs.com/instruments.html

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