Embedded Files
SLO 1:
SLO 1:
Identify the characteristics of a wave, including amplitude, frequency and wavelength
REVIEW:
Foldable: What is a Mechanical Wave
Foldable: Characteristics of Mechanical Waves
Formative: Measuring Amplitude, Frequency and Wavelength Practice
PRACTICE:
SLO 2:
SLO 2:
Describe how waves characteristics correspond to physical observations such as pitch and volume.
REVIEW:
Wave Demos in your INB
Foldable: Waves in Different Media
PRACTICE:
SLO 3:
SLO 3:
Given data about a repeating physical phenomena (a wave), identify the amount of energy present and transmitted by the wave.
REVIEW:
Wave Demos in your INB
Foldable: Characteristics of Mechanical Waves
PRACTICE:
SLO 4:
SLO 4:
Understand interactions of waves with a medium such as reflection, absorption, transmission, and the source of the wave.
REVIEW:
Wave Demos in your INB
Doppler Effect Videos: Video 1 Video 2 Video 3
Foldable: Waves in Different Media
Foldable: What are Light (EM) Waves)
PRACTICE:
SLO 5:
SLO 5:
Apply scientific principles to design a method for monitoring and minimizing human impact on the animals and environment.
REVIEW:
Animal Tracking and Tagging in your INB
Animal Tracking Quizizz
PRACTICE:
SLO 6:
SLO 6:
Argue with evidence that digital signals are a more reliable way to encode and transmit information than analog signals.
REVIEW:
Digital Vs. Analog Graphing Activity
Digital Vs. Analog Quizizz
PRACTICE:
BBC Bitesize- only digital storage
SLO 7:
SLO 7:
Evaluate the Electromagnetic Spectrum wavelengths and the corresponding energy levels in real world situations.
REVIEW:
Foldable: What are Light (EM) Waves
PRACTICE:
Electromagnetic Spectrum Applications in Real Life
Electromagnetic Spectrum Interactive
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