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TABLE OF CONTENTS - Lindbergh School District

TABLE OF CONTENTS - Lindbergh School District

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Prove independence of vertical and horizontal<br />

components by videotaping and graphing experimental<br />

data<br />

Videotape Hotwheel and calculate velocities.<br />

Present videotape to class. Graded by<br />

Rubric.<br />

Strand 12: Waves and Sound<br />

Major Objectives IS Suggested Activities Suggested Assessments<br />

Identify the characteristics properties of waves Classroom discussion of waves. Properly label components of a wave in<br />

Identify period frequency, wavelength, and amplitude<br />

of waves<br />

Make a variety of waves with a slinky in the lab.<br />

short answer test question.<br />

Apply equation problems v = f pi to<br />

simple problems in constructed response<br />

test question.<br />

Calculate wave speed and identify factors effecting<br />

speed<br />

Classroom discussion of wave speed.<br />

List factors which effect wave speed in<br />

short answer test question.<br />

Determine the relationship between frequency and<br />

wavelength<br />

Using a slinky demonstrate inverse relationship. Diagram waves in lab notebook. Label<br />

parts.<br />

Determine the behavior of waves at boundaries Practice making reflected waves with slinky. Describe reflected wave at fixed and free<br />

boundary in written lab report.<br />

Distinguish between constructive and destructive<br />

interference<br />

Classroom discussion of constructive and<br />

destructive interference.<br />

Sketch the resultant wave given two<br />

waves in constructed response test<br />

question.<br />

Define standing waves and describe their<br />

characteristics<br />

Draw and label a standing wave.<br />

Answer multiple choice questions about<br />

waves.<br />

Calculate the frequency of a beat given two waves Classroom discussion of the frequency of a beat. Apply the boat equation in constructed<br />

response test question.<br />

Draw fundamental and several harmonics for open and<br />

closed end pipes<br />

Demonstrate several harmonics using pipes. Draw and calculate fundamental and first<br />

three harmonic frequencies.<br />

Understand Doppler effect ad determine the frequency<br />

of approaching and receding sources<br />

Classroom discussion of the Doppler effect.<br />

Sketch the wave patterns and frequencies<br />

created by Doppler effect in constructed<br />

response test question.<br />

Calculate speed of sound Using starter pistol at 250m calculate velocity. Write results of lab in report.<br />

Calculate frequency, wavelength or velocity given two<br />

variables<br />

Classroom discussion of calculating frequency,<br />

wave length and velocity.<br />

Apply v = f pi equation in short answer<br />

test question.<br />

Calculate frequency of various harmonics or the<br />

fundamental wave of a musical instrument<br />

Given a violin calculate the frequency and first<br />

two harmonics.<br />

Answer multiple choice questions about<br />

harmonics.<br />

319 of 367

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