| Lesson Plans:
Waves:
Students will
be able to state the properties that a medium must possess in order
that waves may be transmitted through it. Students will be able
to tell the essential difference between a longitudinal and a
transverse wave.
Wave Motion
Identify
and explain the difference between a transverse and longitudinal wave.
Understanding Waves
Students will gain an understanding of the properties
that all waves have in common.
The Phenomenon of Sound
Students observe a variety of
sound waves in lab stations and record their observations in a wave
booklet.
The Electromagnetic Spectrum
Understand that the sun’s energy is transferred to Earth by
electromagnetic waves.
Earthquake Waves And
Their Destructions
Students will learn characteristics of primary waves
and secondary waves.
Transverse Wave Demonstrator
Students construct an inexpensive device to demonstrate
transverse waves.
From Vibration To
Sound
To distinguish between a transverse wave and a
compressional wave.
Understanding Waves
Students will gain an understanding of the properties
that all waves have in common.
Wave Properties
In this lesson, students will learn the components of a
wave, then discuss the effects of wave height, wavelength, and wave
period in determining the overall size of a wave.
Sound
After this
lesson, the student should be able to relate the pitch of sound to the
length of a vibrating object.
Ultrasound: How Does it Work?
The second module shows how waves get reflected as they
travel through objects.
Nature of Light
The main objectives of this mini-teach is for primary
students to
understand the Nature of Light. This will be accomplished by examples
and
demonstrations.
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