B3.4 Waves Harmonic waves modeling and Explain harmonics in the context of wave parameters (amplitude, and resulting constructive and destructive frequency, wavelength, interferences patterns from multiple (B) celerity and phase) waves and sources. Longitudinal and transverse waves Use the Decibel scale to define intensity Intensity, Decibel and characterize attenuation. Attenuation Doppler effect Explain the Doppler effect. Interferometric principles B3.5 Electromagnetic Calculate field of view and resolving Electromagnetic properties and propagation power of optics. waves Radiation, emission and absorption Describe aberrations. Reflection, refraction, (B) diffraction Describe the effect of wavelength on the Optical reflectance propagation in a medium. Describe the effect of a medium in the propagation of an electromagnetic wave B3.6 Mirror, prisms, lenses and Model a light ray-path through medium Geometrical filters with various reflective and refractive optics Telescopic optics and properties. magnification law Use the characteristics of a lens to (B) calculate geometrical properties of an B3.7 Lasers Principle of lasers Describe the operation, unique properties, Laser parameters (frequency, and applications of stimulated sources of wavelength) emission. (B) Types of lasers Laser attenuation
B3.4 Waves (B) Harmonic waves modeling and wave parameters (amplitude, frequency, wavelength, celerity and phase) Longitudinal and transverse waves Intensity, Decibel Attenuation Doppler effect Interferometric principles Explain harmonics in the context of and resulting constructive and destructive interferences patterns from multiple waves and sources. Use the Decibel scale to define intensity and characterize attenuation. Explain the Doppler effect. B3.5 Electromagnetic waves (B) Electromagnetic properties and propagation Radiation, emission and absorption Reflection, refraction, diffraction Optical reflectance Calculate field of view and resolving power of optics. Describe aberrations. Describe the effect of wavelength on the propagation in a medium. Describe the effect of a medium in the propagation of an electromagnetic wave B3.6 Geometrical optics (B) Mirror, prisms, lenses and filters Telescopic optics and magnification law Model a light ray-path through medium with various reflective and refractive properties. Use the characteristics of a lens to calculate geometrical properties of an B3.7 Lasers (B) Principle of lasers Laser parameters (frequency, wavelength) Types of lasers Laser attenuation Describe the operation, unique properties, and applications of stimulated sources of emission.
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