Sound Unit. Unit: Sound

Similar documents
Name: Design Musical Instruments Engineer s Journal ANSWER GUIDE

SUGGESTED ACTIVITIES

Making Musical Instruments

Center #1 Pipe Chimes Date. Experiment with the pipes. Hang them by the string and hit them with your pencil.

Sounds Like Fun! Frequency is the time the wave takes to repeat itself. In terms of waves at the beach it is the time between waves.

Sound and Resonance Page 1 Sound and Resonance List of Materials Needed Sample Curriculum Sound Information

Sound Lab. How well can you match sounds?

Have sound panels fitted on A-frame best to slot in bottom hook first, then top.

Safety note: If using a stapler, an adult should do this. When finished be sure to cover the staples with scotch tape.

The Energy of Sound GO ON

Christine Whitcome Good Vibrations Grades 6-8

Hearing Listening K 12. Advance Preparation Set-Up Activity Clean-Up. 30 minutes 15 minutes 30 minutes 5 minutes

Georgia Performance Standards Framework for Physical Science 8 th Grade. Making Music

Good Vibrations Good Vibrations

Acoustics: How does sound travel? Student Version

Sound 1. Tinkering with a Shrink-Wrapped Drum Set and a Torsion Drum

Seeing Sound Waves. sound waves in many different forms, and you get to have fun making a loud mess.

Music: Sound that follows a regular pattern; a mixture of frequencies which have a clear mathematical relationship between them.

While you are hearing a sound, dip the ends of the tuning fork into the beaker of water. What is the result?

Sound. Introduction. Key concepts of sound

STUDENT NAME DATE. Science Grade 2. Read each question and choose the best answer. Be sure to mark all of your answers. A B C.

The Little Musician Premium Worksheets For Kids Illustrations: Urvashi Content: Marwah For 4-8 Year olds

Image from:

Complete the sound and music introductory lesson and the Musical Instruments Part I lesson. Gather supplies (see materials list).

No Brain Too Small PHYSICS

Investigating Water. DELTA SCIENCE READER Overview Before Reading Guide the Reading After Reading

6 th to 12 th grade. 20 minutes prep, 30 minutes activity

Musica II: Torsion Drum, Buzzer, Maraca, Chirper, Flute Make your own symphony.

Vibration Song. Activity Guide. and.

INSTRUMENTS OF THE ORCHESTRA

The Tingler. -Community Resources for Science

PETER & THE WOLF FROM THE SCIENCE LAB

1. How does life depend on water? 2. Give three examples of the interactions between spheres. International School of Arts and Sciences ISAS

Below you will find science standards as presented in Minnesota, along with a number of music lessons that help bring these standards to life.

ENGINEERing challenge workshop for science museums in the field of sound & acoustics

ì<(sk$m)=bdieha< +^-Ä-U-Ä-U

for Makerspaces Match the pitch!

Section 3: Interactions of Sound Waves (p. 545)

Homemade Musical Instruments

3. Strike a tuning fork and move it in a wide circle around your head. Listen for the pitch of the sound. ANSWER ON YOUR DOCUMENT

Worksheet 15.2 Musical Instruments

1st Grade Waves

FOURTH GRADE-SCIENCE (SCIENCE4_5)

Ontario Science and Technology Curriculum 1999 Strand: Energy and Control Topic: Forces and Movement Grade: 3

1st Grade Waves Table of Contents What are Waves? Click on the topic to go to that section Sound What are Waves?

UDL AND SCIENCE LESSON OVERVIEW. Unit Description - Sound can make matter vibrate, and vibrating matter can make sound.

The Science of Sound. The Sequence of a Sound It is best to think about sound as having three distinct systems:

Copyright 2014 Edmentum - All rights reserved.

Lesson Template. Lesson Name: 3-Dimensional Ojbects Estimated timeframe: February 22- March 4 (10 Days. Lesson Components

Student Book SERIES. Space and Shape. Name

2016 Summer Reading Program. Let s get wild With Lac La Biche County Libraries

All Questions Question #1 Which of the following surfaces reflects the most light?

Alignment between HMH Journeys Reading Program and Diocese of Allentown Science Standards for Kindergarten

sound energy By Daniel

APPENDIX C A COMPLETE LIST OF LAB SUPPLIES

Waves & Sound. In this chapter you will be working with waves that are periodic or that repeat in a regular pattern.

A group of friends from the sixth grade decided to form a band Sam is the drummer, Violet is the singer, and Jack plays bass guitar.

We can sort objects in lots of different ways. How do you think we have sorted these shapes? Can you think of another way we could sort them?

CUSTOMS TARIFF - SCHEDULE 92 - i

Waves and Modes. Part I. Standing Waves. A. Modes

C.E. Physics 1010 Outline & Lesson Plans. Quarter #2

Music. Sound Part II

INTRODUCTION. BALANCE AND MOTION Materials. Contents. NOTE Delta Education Customer Service can be reached at

Magnificent Manipulatives

Workshop. When their creations are complete, let students show them and tell how they work.

Copper Pipe Xylophone

Sounds Like! A Primary STEM Resource from DATTA Vic & Discovery Science & Technology Centre

The sound of STEAM: Acoustics as the bridge between the arts and STEM

What Do You Think? For You To Do GOALS

Physics of the Electric Guitar

Exhibit Trail Guides

Tabletop Earthquake Activity

Materials will be listed with each activity.

Section 1 Sound Waves. Chapter 12. Sound Waves. Copyright by Holt, Rinehart and Winston. All rights reserved.

Tuning Forks TEACHER NOTES. Sound Laboratory Investigation. Teaching Tips. Key Concept. Skills Focus. Time. Materials (per group)

RIDE THE WAVES. Incorporating Sound Energy Experiments into the General Music Class

PRE-K Standards Mobile Lab School Math Bus Workshop- Hey Diddle Diddle

Countdown Rockets. Learn to countdown! Liftoff!!! *Use the number rockets as flashcards to practice numeral recognition and counting.

constructive interference results when destructive interference results when two special interference patterns are the and the

Please be sure to save a copy of this activity to your computer!

Vibration. The Energy of Sound. Part A Sound Vibrations A vibration is the complete back andforth. object. May 12, 2014

SEP Carnival. Mini marshmallows Paper plates Paper bowls Plastic spoons Plastic cups Paper clips

! Close!Reading!and!Text!Dependent!Questions!in!Science! Highs!and!Lows!(Physics!of!Sound!!Grade!3)!!!!

Day 1 Urban Infrastructure and You Day 2 Urban Infrastructure and Earthquakes

Preview. Sound Section 1. Section 1 Sound Waves. Section 2 Sound Intensity and Resonance. Section 3 Harmonics

Art Vs. Craft. teachers focus on creativity and value process over product? Click here for more information.

Science in Action Schemes of Work for Standard Two: Term One

Halloween Party. Required:

Measuring in Centimeters

Unit 3M.2: Investigating Materials

Day of Play Family Festival Newsletter

Tuning Fork Discovery with Study of the Science of Sound Adams, W. K.

Product of Australia. Instruments. to trace, colour and label. by Beatrice Wilder. Contents

No Brain Too Small PHYSICS

Dumpster Optics BENDING LIGHT REFLECTION

Music. Fill their world with rhythm, improve social and emotional well-being.

Materials Needed: TV and access to Youtube videos See materials for each experiment listed below

Measurement and Data: Measurement

CT Science Content Standard 5.1a

Customary Measurement of Length

Transcription:

Unit: Sound Ohio Learning Standards for Science Some objects and materials can be made to vibrate to produce sound. Sound is produced by touching, blowing or tapping objects. The sounds that are produced vary depending on the properties of objects. Sound is produced when objects vibrate. Content Elaborations: Sound can be made in many ways. Objects like cymbals, the tabletop or drums can be tapped to produce sound. Objects like a rubber band or a guitar string can be plucked to produce sound. Objects like a bottle or a trumpet can be blown into to produce sound. A wide variety of sounds can be made with the same object (e.g., a plastic bottle could be tapped or blown into). The connection between sound energy and the vibration of an object must be made. Vibrations can be made visible when water splashes from a cymbal or triangle placed in water or rice vibrates on the top of a banging drum. The concepts of pitch (low vs. high notes) and loudness are introduced. The pitch of sound varies by changing how fast an object vibrates. Objects that vibrate slowly produce low pitches; objects that vibrate quickly produce high pitches. Sound must be experienced, investigated and explored through observations and experimentation. Standard, virtual and student-constructed instruments must be used to explore sound. Classroom Resources: Observation Table: Musical instruments and objects that make sound Learning Wall: Vibrations make sounds. Sentence strip with: I can to make a sound. Cards with: tap, pluck, blow, rub, and shake. Photos of instruments (from Musical Instruments Center) Centers / Observation Table Part One: (Two weeks) Vibrations make sounds. Five ways to make music (tap, pluck, blow, rub, and shake) Observation Table; Instruments You Rub Instruments You Shake Instruments You Tap Instruments You Pluck Centers: I Could Make Sounds Musical Instruments Rock and Roll Part Two: (Two weeks) Sound Comparisons Different widths and tightness of rubber bands affect pitch The longer a pipe, the lower the pitch. Centers: Egg Match Up Rubber Band Music Straw Music Palm Pipes

Let s Go! Session One : This unit is divided into two sessions. In part one, students discover that vibrations make sound. Standards: Some objects and materials can be made to vibrate to produce sound. Processes: Investigating, Observing Cognitive Demands: Demonstrating Science Knowledge Engage: Give students combs and waxed paper. As kids blow on the waxed paper they will feel the vibrations. Introduce that when you hear a sound, vibrations are happening. Explore: Observation table: Students explore the observation table and how sounds can be made other than by blowing. Explain: Read the book Vibrations Make Sound. Discuss vibrations means something going up and down. You can demonstrate a vibration by holding a ruler out from the end of a desk and plucking it. Ask the students to predict what would happen if you hold the ruler out a shorter distance? (In the Center I Can Make Sounds rulers and craft sticks are provided so students can explore this phenomenon for themselves.) Extend: Read Thundercake and discuss how some sounds are loud and some sounds are soft. Materials: Thundercake Vibrations Make Sound Notes: The Observation Table is introduced as a place for exploration. Musical instruments that make sounds by plucking, tapping, shaking and rubbing are displayed and ready to be explored. Vocabulary vibration loud soft pitch sound vibrate high low tap pluck shake blow rub

Standard: Some objects and materials can be made to vibrate to produce sound. Science Processes: Observing, investigating I Can Make Sounds Center Overview Students look at everyday items and explore how they can make vibrations and sound. The Sound of Silence - Students may examine these everyday items without thinking of how they could be used to make sound. Prompt students to think about the five methods of shake, tap, rub, pluck, and blow. A ruler extended over the edge of a desk can be plucked to see a vibration. Measuring spoons when tapped create different pitches. Running an item along the teeth of a comb creates sound. Rub an item over the sandpaper at different speeds to generate sounds. Students explore the sounds different cylinders make when rolled on different surfaces. Rock and Roll Center Overview to support the directions - This center demonstrates how rubbing cylinders across different materials can create sounds and how items with similar shapes can make different pitches. Encourage students to roll the items over the materials at different speeds. Discuss what is vibrating. Oscar and the Bat: A Book about Sound

Musical Instruments Center Overview Students sort musical instruments (photos) by the different ways they make sound. I Love Music: My First Sound Book Maria and the Sound of the Trumpet - Students sort musical instruments on how they make sound (pluck, tap, blow, shake, or rub). Ask students to determine what is vibrating. Note that sometimes what is vibrating is air. (flute, recorder, etc.) - Adding noisemakers, instruments, and toys that make music allows students to explore how these items vibrate and provide a concrete example of sounds. - Process cards (i.e. match, compare and observe ) can be added to centers to support the directions. In Session One, students discover that sounds are produced when something vibrates. In Session Two, students discover that sounds produced vary depending on the properties of objects. Sounds may be loud, soft, high, or low.

Sounds Vary Session Two : In part one, students discovered that vibrations make sound. In part two, students discover that sounds can be loud or soft, or high or low. The loudness can be affected by the amount of energy used. Pitch can vary due to the properties of the objects. Pipes and straws will vary in length. Eggs will vary by their contents. Rubber bands will vary on their lengths and tightness. Standards: Some objects and materials can be made to vibrate to produce sound. Processes: Investigating, Looking for Patterns, Observing Cognitive Demands: Demonstrating Science Knowledge Engage: Show students some of the musical instruments and review how vibrations were made. Today they will make their own vibrations. Explore: Give pairs of students a set of rubber bands and one container. Show the students how to stretch a rubber band over the container to see a vibration. Ask students to compare with others to see if all of the sounds made sounded the same. Explain: Share with students that in this group of centers they will explore how sounds can be loud, soft, high, and low. Encourage students to look for patterns. Extend: Students can predict how sounds changes on a toy xylophone. How would you make a loud sound? Low sound? High sound? Soft sound? Vocabulary Materials: An assortment of rubber bands An assortment of containers. loud soft pitch sound vibrate high low tap pluck shake blow rub

Standard: Some objects and materials can be made to vibrate to produce sound. Science Processes: Observing, investigating Egg Match Up Center Overview Students shake plastic eggs and by the sound infer what is inside the eggs. Sounds of the Wild Nighttime - The center can be differentiated for students by using less eggs or more eggs. If teachers wish to make additional eggs, make sure that the matching eggs are not the same colors so that students are comparing sounds and not matching eggs based on color. - The center can also contain a list of the items and the students can be challenged to match the sounds with the items. Rubber Band Music Center Overview Students use different size containers and rubber bands to make sounds with varying pitches. Sounds All Around - As in the introductory activity, students will see how different rubber bands in different containers vary. At the center there will be a variety of boxes, tubs and rubber bands to explore. Direct students to look for strategies to make different sounds and to look for patterns. to support the directions.

Straw Music Center Overview Students experiment with straws of different lengths to observe the differences in pitch. Sound: Loud, Soft, High and Low All About Sound - Students need their own individual bag of straws. -Students may try to blow into the straws rather than over the straws. How to make sound with the straws may need to be demonstrated. Palm Pipes Center Overview Students tap different sizes of palm pipes to see how pitch varies with length. - Demonstrate that in this center, students are not blowing into pipes, but rather tapping the pipes onto their palms. Encourage students to look for patterns as they try different pipes. The Sound of Day / The Sound of Night